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What to Include in a Metal Fabrication RFQ

Sun, 01 Nov 2026 15:00:04 GMT

Before you compare two metal fabrication quotes, ask whether they price the same finished part.

A bare steel bracket is a different scope from a powder-coated bracket with hardware installed, inspection records included, and protective packaging. An RFQ that says “500 brackets, see attached” leaves too much of that scope open to interpretation.

For purchasing teams using November to prepare for early 2027 production, this is the time to settle those details. Which drawing is approved? Are you requesting a prototype or releasing a production order? When do the parts actually need to arrive?

At Accurate Metal Stamping (AMS), our metal fabrication services include laser cutting, forming, machining, welding, powder coating, assembly, and packaging. A useful request for quote explains which capabilities your project needs and what you expect to receive when the work is complete.

The goal is not to create more paperwork. It is to give the estimating team enough information to quote the work you actually need.

What Should a Metal Fabrication RFQ Include?

A metal fabrication RFQ, or request for quote, asks a supplier to price a defined manufacturing requirement. It should identify the parts or services being requested, the required delivery dates, and the conditions the supplier needs to meet.

For custom metal fabrication, prepare current drawings, material specifications, order quantities, critical tolerances, fabrication and finishing requirements, inspection expectations, and delivery instructions. Identify any requirements that are still under review, and provide a contact who can resolve technical questions.

Use the following sections to build that package.

1. Start With Current Drawings and Clear Revision Information

Send the design you intend to buy, not a collection of files that someone must sort through to find the latest version.

Identify each part by its part number and revision. Confirm that the drawing, model, bill of materials, and written RFQ all describe the same design. Engineering documentation needs to stay consistent when designs change, including updates shared between drawings and models.

Provide a readable drawing and available CAD files, then confirm which formats the supplier prefers. Do not assume a model containing geometry alone also communicates every tolerance, material requirement, or surface finish note. Those requirements belong in the approved drawing or appropriately annotated model.

For formed sheet metal, show the finished geometry clearly. Include supporting flat patterns when available, but clarify who will validate the forming details.

Also identify the design’s status. A file issued for budget pricing is not necessarily ready for production. If engineering is still revising the mounting pattern or evaluating a different material, say so.

Resolve before submitting: Which revision should the supplier quote, and which decisions remain open?

2. Specify the Material Beyond “Steel” or “Aluminum”

Your RFQ should identify the required material grade, thickness, and any applicable material specification. Include the condition or temper when relevant, and clearly state the units used.

“Aluminum panel” may describe the general product, but it does not tell the supplier which material your engineering team has approved.

For a sheet metal fabrication quote, include the nominal thickness in inches or millimeters rather than relying only on a gauge description. Where material certification or traceability is required, identify that requirement in the RFQ.

Then address substitutions. Are equivalent materials acceptable? Can the supplier suggest an alternative, or must the specified grade be used without exception?

Keep recommendations separate from approvals. You can invite material suggestions without authorizing a change to the design. Require engineering approval before an alternative becomes part of the production scope.

Explain the application when it helps clarify the requirement. A decorative indoor cover and a component exposed to outdoor conditions should not be described as though appearance is their only concern.

3. Separate Prototype Quantities, Production Releases, and Forecasts

Tell the supplier how many parts you need now, not just how many you might purchase over a year.

Consider an illustrative program with five prototype parts, an initial production release of 250, and a forecast of 2,000 annually. Those figures describe three different purchasing needs. Combining them into “annual quantity: 2,000” does not explain what the first quote should cover.

Ask for separate pricing when you need to evaluate different release quantities. For example, request prices for 100, 250, and 500 pieces, with any setup or tooling charges identified separately.

For assemblies, specify both the number of finished assemblies and the quantity of each component per assembly. An order for 100 enclosures may require more than 100 brackets, panels, or mounting plates.

Be clear about which quantities are forecasts and which are planned releases. If recurring production is expected, describe the anticipated ordering pattern without presenting unapproved demand as a firm commitment.

Resolve before submitting: What should be quoted for the first order, and what future volume should be considered separately?

4. Identify the Dimensions That Control Fit and Function

“Hold tight tolerances” is not a complete manufacturing instruction.

Your drawings should define the acceptable variation and the reference features used to evaluate the part. Geometric dimensioning and tolerancing provides a standardized way to communicate requirements related to form, fit, function, and interchangeability.

Explain which features deserve particular attention. On a mounting bracket, that might be the relationship between the bolt pattern and the mounting surface. On an enclosure, it might be the alignment between a panel and the frame it attaches to.

The objective is not to apply the tightest possible tolerance everywhere. Overly restrictive requirements can add manufacturing cost without improving function. Any proposed tolerance change should be reviewed and approved by the responsible engineer.

Also clarify whether critical dimensions apply before or after finishing. Where coating, installed hardware, or assembly affects acceptance, make that condition explicit.

Provide relevant mating information when available, but do not use a sample or assembly photo as a substitute for controlled requirements. The supplier needs a clear definition of an acceptable part, not just a general impression of how it should fit

5. Define Where Fabrication Ends and Assembly Begins

A quote for individual components is not the same as a quote for an assembled product.

State whether the supplier should deliver cut blanks, formed parts, welded assemblies, finished components, or completed assemblies. Identify any hardware that must be included and who is responsible for supplying it.

For example, a formed cover may also require threaded inserts, hinges, latches, or mounting hardware. Specify the hardware part numbers, quantities, and installation locations. Where welding requirements affect function or appearance, identify the required locations and details rather than leaving them to interpretation. Hardware and weld information are important elements of a complete fabrication definition.

Include an assembly drawing and bill of materials when multiple components are involved. Clarify whether the supplier is expected to assemble everything or provide a kit for your production team.

This section should answer a simple receiving question: What work should already be finished when we open the shipment?

6. Describe the Finish Beyond Its Color

“Powder coat black” leaves several decisions unresolved.

When requesting powder coating services, identify the approved color reference, gloss, texture, and coating specification where applicable. Explain the intended environment and any required performance criteria. Powder coating products can differ in appearance, film thickness requirements, and tested performance, so color alone does not define the finish.

Mark the surfaces that must remain uncoated. These may include specified threads, mating surfaces, or designated electrical contact locations. Discuss masking and acceptable hanging locations during quoting rather than treating them as details to settle after fabrication. The Powder Coating Institute identifies hanging and masking as important processes affecting coating quality and efficiency.

For visible components, describe the appearance standard. Which surfaces will the customer see? Is an approved sample available? Are minor handling marks acceptable on hidden surfaces but not on an exposed face?

Avoid instructions such as “match the last order” unless you also identify the approved finish specification or reference sample. Give the supplier something that can be reviewed and agreed upon.

For other finishes, apply the same discipline: specify the process, required condition, protected areas, and acceptance criteria.

7. State Inspection and Documentation Requirements Up Front

Ask your quality team what it needs before the RFQ goes out.

Start with the features that require verification and how acceptance will be determined. Clear dimensions, tolerances, and reference features give manufacturing and inspection teams a common basis for evaluating the work.

Then identify the documentation you expect to receive. Depending on the project, you may require material certificates, recorded dimensional results, coating documentation, weld inspection records, or a certificate of conformance. Request confirmation that the supplier can provide the specific documentation and inspection coverage you need.

Be precise about first part approval. Does your team need to review a sample before the remaining production quantity is manufactured? Is a recorded inspection report required, or is the approval based on your own fit check?

Also distinguish routine first part inspection from a customer requirement for a formal first article package. Define the required report, format, and approval process rather than assuming everyone uses those terms identically.

Resolve before submitting: What evidence will your receiving or quality department require to accept the shipment?

8. Give a Required Arrival Date and Shipping Instructions

“Need these in January” is a planning window, not a delivery requirement.

State the date the parts must arrive at your facility. Separately identify any requested sample date, approval milestone, or production release date. Ask the supplier to confirm the schedule against those requirements.

Clarify what starts the quoted lead time. Is it receipt of the purchase order, approval of final drawings, resolution of technical questions, or another agreed milestone? Also confirm whether the quoted completion date means ready to ship or delivered.

For early 2027 production, ask about year end operating schedules and the deadlines for customer approvals. Do not assume a November quote reserves a January production slot.

Include the delivery location, receiving hours, and any special handling needs. Identify whether parts should be individually protected, grouped by assembly, labeled by part number and revision, or packaged for a specific receiving process.

Request freight pricing separately when that helps comparison. A local supplier and a distant supplier should be evaluated against the same delivery and packaging scope, not just their unit prices.

What Does a Clear RFQ Look Like?

Consider this illustrative cover note for a fabricated panel order:

Please quote five approval samples followed by 500 production panels, part P100, Revision C. The attached drawing, model, material specification, and finish specification are the current documents for this request.

Include forming, the specified installed hardware, powder coating with the marked areas masked, and protective packaging. Quote the requested first part dimensional report separately. Production may proceed only after written sample approval.

The 500 production panels must arrive at our receiving dock by January 25, 2027. Please propose sample and production dates, identify any assumptions or exceptions, and show setup charges and freight separately. Annual demand is currently forecast at 2,000 panels and is not a purchase commitment.

This example is not a replacement for the technical package or a statement of AMS pricing or lead times. It shows how a short cover note can connect the drawings to the actual purchasing requirement.

The supplier can see the design revision, quantities, approval requirement, delivery expectation, and requested quote breakdown without searching through unrelated email threads.

Compare the Scope Before Comparing the Price

When quotes return, review them against the original RFQ.

Check whether each supplier included the same material, finish, hardware, inspection requirements, packaging, and delivery scope. Review exceptions carefully. A supplier may have priced an alternative material, excluded an inspection report, or assumed a different release quantity.

Separate recurring part costs from one time charges. Ask how long the pricing remains valid and whether a design revision would require the quote to be updated.

For example, a lower unit price may exclude hardware installation that your team expected to receive complete. That does not automatically make the quote wrong. It makes the scope different.

Resolve those differences before choosing a supplier. The useful comparison is the price and schedule for the agreed deliverable, not the smallest number on the page.

How AMS Helps Buyers Clarify a Fabrication Project

You do not need every manufacturing decision settled before starting a conversation. You do need to identify what is approved and where you need help.

AMS provides design for manufacturability support, including feedback on geometry, materials, fasteners, and tolerances. Its engineering and purchasing support also emphasizes detailed quoting, realistic lead times based on capacity, and

communication about project scope.

That makes the RFQ stage an opportunity to ask practical questions. Could a feature be produced more efficiently with a different approach? Does the proposed design create an unnecessary fabrication step? Which requirements need clarification before a production quote can be finalized?

For buyers seeking metal fabrication in DFW, AMS brings cutting, forming, machining, welding, powder coating, and assembly capabilities together in one facility. An OEM fabrication partner with that range can discuss the project beyond the first operation and help define what the finished deliverable should include.

Any proposed changes should still go through your approval process before production.

Frequently Asked Questions About Metal Fabrication RFQs

Request a Metal Fabrication Quote From AMS

A strong RFQ makes the buying decision clearer. It tells the supplier what to make, what to include, how the work will be accepted, and when it needs to arrive.

Whether you are planning a prototype, replacing a supplier, or preparing an early 2027 production release, start with the requirements that matter to your product and your team.

Send Accurate Metal Stamping your current drawings, quantities, finishing requirements, and required delivery date to request a metal fabrication quote. Flag any open questions so we can discuss them before they become production assumptions.

How ISO Certification Improves AMS Quality

Tue, 27 Oct 2026 21:32:34 GMT

In metal manufacturing , quality is not just a final checkpoint. It is a system that starts before production begins and continues through every step of the process. For OEMs, engineers, buyers, and industrial manufacturers, choosing an ISO-certified metal fabrication partner can make a major difference in part consistency, customer satisfaction, and long-term production success.

At Accurate Metal Stamping (AMS), quality is built into the way work is reviewed, processed, inspected, and delivered. In a recent video, Brett Blocker, Quality Manager and Management Representative at AMS, explained how ISO certification supports the company’s commitment to customer satisfaction, continuous improvement, and defect prevention

Direct Answer: Why Does AMS ISO Certification Matter?

Accurate Metal Stamping is an ISO-certified metal fabrication partner, which means AMS follows documented quality management standards designed to improve consistency, reduce defects, and support customer satisfaction. For OEMs and manufacturers, this helps ensure parts are reviewed, inspected, and verified throughout production, from work order review to final quality inspection.

For companies that need dependable metal fabrication services, AMS provides more than production capacity. The team provides a structured quality process designed to help customers receive the parts they need, made to specification, and ready for use.

What Does ISO Certification Mean in Metal Fabrication?

AMS is an ISO-certified manufacturer. ISO stands for the International Organization for Standardization, which develops globally recognized standards for quality, safety, efficiency, and consistency.

For a metal fabrication company, ISO certification shows that quality is not handled casually. It means the company follows defined processes for how work is reviewed, documented, inspected, and improved.

For AMS customers, this matters because metal parts often need to meet exact drawings, dimensions, and performance requirements. A component that is cut incorrectly, formed outside tolerance, or released without proper inspection can create delays, rework, assembly problems, and added costs.

ISO certified quality systems help reduce those risks by creating repeatable procedures and accountability throughout the production process.

AMS Quality Policy: Customer Satisfaction and Continuous Improvement

At AMS, the quality policy focuses on two major goals: customer satisfaction and continuous improvement.

Customer satisfaction means producing parts that meet customer drawings, specifications, delivery needs, and performance expectations. Continuous improvement means the AMS team is always looking for ways to

improve internal processes, reduce defects, and strengthen quality across the shop.

Brett explained that one of the major goals at AMS is to eliminate defects in any process. To support that goal, AMS performs multiple checks throughout production. These checks help the team identify abnormalities before they become larger issues.

This is especially important for OEMs and manufacturers that depend on tight tolerances, repeatable parts, and reliable production schedules. Whether AMS is producing steel components, aluminum parts, powder-coated products, or fabricated assemblies, the quality process helps ensure each job is handled with care.

How Does AMS Inspect Parts During Production?

AMS uses a multi-step inspection process to support quality from the beginning of a job through final shipment. Instead of waiting until the end of production to check a part, AMS builds quality checks into the workflow.

The inspection process includes:

Work order review
First part inspection
Process checks during production
Final quality inspection
Release to shipping

This structure helps AMS catch potential issues early, verify that parts match customer drawings, and reduce the risk of defects reaching the customer.

Step 1: Work Order Review

The AMS quality process begins before a part is ever cut, formed, welded, painted, or powder coated.

The quality team first receives and reviews the work order. This step helps confirm that the job information is complete, clear, and ready for production. The team checks for any abnormalities in the work order before approving it.

Once the work order is reviewed and signed off, it is returned to production for processing.

This early review is an important part of the quality control process because it helps prevent confusion before material enters production. In manufacturing, catching a potential issue at the work order stage is far more efficient than discovering it after parts have moved through several operations.

Why Is First Part Inspection Important?

After the work order is approved, the first production operation begins. Depending on the job, the first step may involve laser cutting, sawing, or another process in the shop.

Once the first part is produced, it is inspected to verify that it matches the customer drawing. If the part is small enough, it is brought to the quality team. If the part is too large to move easily, a quality team member goes to the production location and checks it there.

This first part inspection is a critical safeguard. It confirms that the setup is correct before the rest of the job continues.

For customers, this creates confidence that production is starting correctly. For AMS, it helps reduce waste, avoid repeated errors, and keep the job moving in the right direction.

How Does AMS Reduce Defects?

AMS works to reduce defects by inspecting parts throughout the production process, not just at the end. Once the first part is approved, production continues through the required operations.

Depending on the project, a part may move through several areas of the shop, including:

Laser cutting
Sawing
Brake press forming
Hand sanding
Welding
Painting
Powder coating
Final inspection

Each process can affect the final part. That is why AMS uses checks along the way to confirm that parts continue to meet the drawing and customer requirements.

This approach helps catch abnormalities as early as possible. If something needs attention, the team can respond before the issue affects the full production run.

For custom metal fabrication projects, this is especially valuable. Many custom parts require multiple steps to complete, and each added step introduces the need for careful process control.

Why Quality Control Matters in Metal Fabrication

Quality control in metal fabrication protects more than the part. It protects the customer’s production schedule, assembly process, and final product performance.

Poor quality can lead to:

Rejected parts
Production delays
Assembly issues
Rework costs
Material waste
Shipping delays
Customer dissatisfaction

AMS understands that manufacturers rely on their suppliers to deliver correct parts on time. When a component does not meet specifications, it can disrupt an entire production schedule.

That is why AMS takes quality seriously from the start of the work order through final inspection.

What Quality Checks Does AMS Use Before Shipping?

Some parts may only need to be laser cut before moving directly to final quality. Other parts may go through several operations before final inspection.

No matter the path, parts are checked again before being released to shipping. This final quality inspection helps confirm that the finished product meets requirements before it leaves the AMS facility.

This final review is one more layer of protection for the customer. It helps ensure parts are correct, complete, and ready to ship.

At the end of the day, AMS’s goal is simple: produce a quality product that satisfies customers for years to come.

ISO Certified Quality for OEMs and Manufacturers

For OEMs, engineers, and production managers, working with an ISO-certified metal fabrication partner provides added confidence. It shows that the supplier has defined processes, documented standards, and a commitment to continuous improvement.

AMS supports customers with:

ISO certified quality management
Work order review
First part inspection
In-process quality checks
Final quality inspection
Defect prevention
Continuous improvement
Customer satisfaction focus

This structure allows AMS to serve as a dependable partner for companies that need quality metal fabrication, steel fabrication, aluminum fabrication, powder coating, laser cutting, press brake forming, and production support.

Why Choose an ISO Certified Metal Fabrication Partner?

Choosing an ISO-certified metal fabrication partner helps customers reduce risk. It gives buyers and engineers confidence that the manufacturer has a process for reviewing work, inspecting parts, documenting quality, and improving operations over time.

For companies that need consistent production, this matters. A strong quality system can help reduce defects, improve communication, and support long-term supplier relationships.

AMS combines ISO-certified standards with experienced people, practical shop knowledge, and a customer-focused approach. The result is a manufacturing partner that

understands both the technical side of fabrication and the importance of delivering parts that meet expectations.

Choose AMS for ISO Certified Metal Fabrication

When choosing a metal manufacturing partner, quality should be one of the first questions asked. Does the company have documented processes? Do they inspect throughout production? Do they focus on customer satisfaction? Are they committed to continuous improvement?

At Accurate Metal Stamping, the answer is yes.

AMS combines ISO-certified quality standards with experienced teams, reliable processes, and full-service metal fabrication capabilities. From work order review to final inspection, the company is committed to delivering parts that meet customer expectations and support long-term success.

If your company needs an ISO-certified metal fabrication partner that takes quality seriously, AMS is ready to help.

Contact Accurate Metal Stamping today to request a quote and learn how AMS can support your next manufacturing project.

Frequently Asked Questions About AMS Quality and ISO Certification

Why AMS Is a Trusted Contract Manufacturer in the Metroplex

Tue, 27 Oct 2026 21:08:57 GMT

When manufacturers need reliable support for metal fabrication, quality, and production, choosing the right partner matters. A strong contract manufacturing partner does more than produce parts. They help solve problems, improve designs, support deadlines, and become an extension of your production team.

Accurate Metal Stamping (AMS) is an ISO-certified contract manufacturer in the Metroplex offering welding, powder coating , machining, laser cutting , press brake forming, steel fabrication , aluminum fabrication, prototype support, and design assistance. With about 35 years of experience, AMS supports manufacturers that need reliable production help, responsive communication, and quality metal fabrication services from one trusted partner .

In a recent video, Jason Romberg, Sales Manager at AMS, shared what makes the company different and why so many customers have continued working with AMS for decades. AMS has grown into one of the area’s largest contract manufacturers, serving companies that need dependable steel and aluminum fabrication support.

Contract Manufacturing in the Metroplex

AMS supports manufacturers that need help with custom metal parts, production components, and full-service fabrication. As a contract manufacturer in the Metroplex, AMS provides the equipment, team, and process control needed to help customers bring parts from concept to completion.

For many companies, working with AMS means they do not have to manage several different vendors for cutting, forming, welding, finishing, and assembly. Instead, they can work with one experienced manufacturing partner that understands the full process and keeps production moving.

AMS has been serving the Metroplex for about 35 years. That kind of longevity matters because trust in manufacturing is earned through consistent performance, strong relationships, and reliable results.

Many customers come to AMS because they need support for steel or aluminum fabrication. Others need help solving a production issue, building a prototype, improving a part design, or meeting a tight deadline. AMS helps fabricate what other manufacturers need to keep their operations running efficiently.

ISO Certified Metal Fabrication

Quality is one of the most important parts of contract manufacturing. When a part does not meet set specifications, the issue can affect assembly, performance, timelines, and customer satisfaction.

AMS is an ISO-certified company, which gives customers confidence that quality is built into the process. ISO certification reflects documented systems, quality procedures, and a commitment to consistency.

At AMS, quality is not treated as an afterthought. There are multiple steps in place to help ensure customers receive exactly what they need. From reviewing specifications to managing production and inspecting finished parts, the AMS team works to reduce errors and deliver dependable results.

However, for industries that depend on tight tolerances, repeatable parts, and reliable production schedules, this level of process control is critical.

Steel and Aluminum Fabrication Services

AMS is a strong fit for manufacturers that use steel or aluminum components in their products. The company supports a wide range of fabrication needs, from simple brackets and panels to more complex assemblies and production parts.

Steel fabrication and aluminum fabrication require experience, equipment, and an understanding of how each material behaves during cutting, forming, welding, coating, and assembly. AMS helps customers make practical decisions that support part

performance, manufacturability, and long-term production goals.

This is especially valuable for companies that need more than a basic parts supplier. AMS can help with prototype support, design assistance, and production planning so customers can move from concept to finished parts more efficiently.

Welding, Powder Coating, Machining, and Laser Cutting

AMS offers a wide range of in-house metal fabrication services, including:

Welding
Powder coating
Machining
Laser cutting
Press brake forming
Steel fabrication
Aluminum fabrication
Prototype support
Design assistance

These capabilities allow AMS to support customers through multiple stages of production. Laser cutting helps produce accurate components with clean edges and repeatable dimensions. Machining supports precision features and tight tolerance requirements. Press brake forming shapes sheet metal into brackets, channels, panels, and other formed parts. Welding brings components together into strong assemblies. Powder coating provides a durable, finished surface that improves appearance and long-term protection.

By keeping these services under one roof, AMS helps reduce vendor handoffs, improve communication, and strengthen quality control. This full-service approach is one reason customers see AMS as more than a fabrication shop.

More Than Customers, True Manufacturing Partners

One of the strongest points from Jason’s message is the way AMS views customer relationships. AMS does not simply call them customers. The team calls them partners. That mindset shapes how the company works.

Many AMS partnerships have lasted 30 to 35 years. In manufacturing, that level of loyalty is not common unless a company consistently delivers quality, service, and trust.

AMS becomes an extension of its partners’ production facilities. The team helps with prototyping, design support, production planning, and fabrication needs. This collaborative approach allows customers to get more than a finished part. They get a partner who understands their goals, challenges, timelines, and expectations.

For buyers, engineers, and production managers, that kind of relationship can make projects easier to manage. Instead of starting over with a new supplier for every challenge, customers can call AMS and work with a team that already understands their business.

Supporting Prototypes, Design, and Production

Manufacturing projects often begin with an idea, drawing, or early-stage design. Before a part reaches full production, it may need adjustments to improve fit, function, material use, or manufacturability.

AMS supports customers through this process by helping with prototype development and design input. This is especially valuable for companies that need to move quickly from concept to production.

The AMS team can help customers think through practical questions, such as:

Can this part be formed efficiently?
Is the material right for the application?
Will the design work well for welding or powder coating?
Can the part be produced consistently at scale?
Are there opportunities to simplify fabrication or reduce lead time?

This type of support helps customers avoid costly problems later in the process. It also makes AMS a stronger long-term manufacturing partner for companies that value both technical capability and collaboration.

Manufacturing Support for AI Data Centers and Technology Centers

As a contract manufacturer, AMS serves many industries across the Metroplex and beyond. Jason mentioned several major areas, including medical, transportation, AI data centers, and technology centers.

The growth of AI data centers and technology centers has created a rising need for durable, reliable metal components. These facilities often require server rack components, metal enclosures, panels, frames, brackets, supports, and powder-coated assemblies.

AMS is positioned to support this demand with its combination of laser cutting, machining, press brake forming, welding, powder coating, and production support. For companies working in technology infrastructure, local manufacturing support can help improve lead times, reduce vendor complexity, and keep projects moving.

AMS is also a strong fit for any industry that uses steel or aluminum fabrication, including the following:

Medical
Transportation
Technology centers
AI data centers
Industrial equipment
Commercial infrastructure
OEM manufacturing

Because AMS offers multiple fabrication services in house, the company can support both custom parts and ongoing production needs.

What Makes AMS Different?

Many fabrication shops can make parts. AMS stands apart because of its long-term relationships, ISO-certified quality, trust, and responsiveness.

Jason explained that customers know they can call AMS when they need help. Whether it is a rush or

der, design assistance, or a production challenge, the AMS team is ready to respond.

That accessibility matters. In manufacturing, problems can happen quickly. A part may need to be revised. A deadline may move up. A customer may need support with a new product launch. Having a trusted manufacturing partner that answers the phone and helps find a solution can make a major difference.

AMS takes pride in taking care of its customers and helping them succeed. That commitment is one of the reasons so many partners have stayed with the company for decades.

Choose AMS for Contract Manufacturing in the Metroplex

For companies looking for contract manufacturing, metal fabrication, steel fabrication, aluminum fabrication, welding, powder coating, machining, laser cutting, or press brake forming in the Metroplex, Accurate Metal Stamping offers the experience and capabilities needed to get the job done right.

AMS combines full-service manufacturing capabilities with ISO-certified quality, responsive communication, and long-standing customer relationships.

If your company needs a dependable contract manufacturer that can support your production needs, improve your workflow, and become a true extension of your team, AMS is ready to help.

Contact Accurate Metal Stamping today to request a quote and learn how AMS can support your next metal fabrication project.

Data Center and Server Rack Manufacturing in DFW

Tue, 27 Oct 2026 20:51:49 GMT

Dallas-Fort Worth is quickly becoming one of the most important data center markets in the world. As artificial intelligence, cloud computing, and digital infrastructure continue to expand, the demand for dependable data center equipment is growing right along with it. That includes server racks, metal enclosures, mounting brackets, steel frames, panels, and assembly-ready components that support modern technology facilities.

For companies building or supplying data centers in North Texas, this growth creates a major opportunity. It also creates a challenge. Projects need reliable manufacturing partners that can deliver quality metal components on time, at scale, and close to where the work is happening.

That is where Accurate Metal Stamping (AMS) comes in.

As a full-service metal manufacturing partner in North Texas, AMS supports customers with steel fabrication , laser cutting , CNC machining , press brake forming , welding , powder coating , assembly, and packaging . For data center and server rack manufacturing, those capabilities are a natural fit.

Why DFW Is a Hot Market for Data Center Growth

The Dallas-Fort Worth area has become a top destination for data center development because of its strong business environment, central location, fiber connectivity, available land, and access to major transportation routes. In 2026, Dallas ranked as the No. 1 primary data center market in the world, according to Cushman & Wakefield’s Global Data Center Market Comparison report.

This growth is also being driven by hyperscale operators, artificial intelligence providers, and companies that need more computing power to support cloud-based services. CBRE reported that the Dallas-Fort Worth data center market was expected to double by 2026, with 365.10 MW under construction and 89 percent of that space preleased.

For manufacturers, this means demand is rising for the physical infrastructure that helps data centers function. Every facility needs more than servers. It needs reliable metal components that can support weight, protect equipment, organize systems, and withstand long-term use.

Why Server Rack Manufacturing Matters

Server racks are a critical part of data center infrastructure. They hold and organize servers, networking equipment, power distribution equipment, cooling components, and cable management systems. A poorly made rack can create issues with alignment, airflow, durability, assembly, and long-term maintenance.

High-quality server rack manufacturing requires more than simple metal cutting. It requires a complete fabrication process that accounts for:

Material strength
Dimensional accuracy
Load-bearing performance
Ventilation and airflow needs
Cable management access
Mounting requirements
Powder-coated finishes
Consistent assembly standards

AMS understands how important these details are. Data center customers and OEMs need parts that fit correctly, finish cleanly, and arrive ready for the next stage of production.

AMS Capabilities for Data Center and Server Rack Projects

AMS is well equipped to support data center suppliers, OEMs, and industrial buyers that need reliable metal fabrication services in DFW.

Laser Cutting

Laser cutting is ideal for producing clean, accurate panels, brackets, rails, and enclosure components. For server rack manufacturing, precision-cut parts help ensure proper fit during assembly and reduce the need for rework.

CNC Machining

CNC machining supports high-precision components that require tight tolerances, drilled features, countersinks, and repeatable part geometry. This is especially valuable for mounting hardware, specialty brackets, and functional components used in server rack systems.

Press Brake Forming

Server racks and metal enclosures often require formed panels, channels, bends, and structural components. AMS uses press brake forming to shape sheet metal into accurate, repeatable parts that are ready for welding, coating, or assembly.

Welding

AMS provides welding capabilities for frames, brackets, supports, and structural assemblies. With MIG, TIG, robotic welding, and laser welding capabilities, AMS can support a range of data center manufacturing needs, from production runs to custom assemblies.

Powder Coating

Powder coating gives server racks, enclosures, and data center components a durable finish that improves corrosion resistance, appearance, and long-term protection. Because AMS offers in-house powder coating, customers can reduce vendor handoffs and keep projects moving faster.

Assembly and Packaging

For data center and server rack manufacturing, assembly support can be a major advantage. AMS can help customers reduce internal labor demands by delivering components that are assembled, packaged, and ready for integration.

The Advantage of Working with a Local DFW Manufacturer

As data center development accelerates in North Texas, local manufacturing becomes more valuable. Long-distance suppliers can create delays, freight costs, and communication gaps. A DFW-based metal manufacturing partner gives customers better control.

Working with AMS can help customers benefit from:

Faster lead times
Lower shipping and logistics costs
Better communication
Local production support
Faster response to design changes
Reduced vendor complexity
Improved quality control

The data center industry is also facing pressure around power availability, construction timelines, and skilled labor shortages. Recent reporting has noted that the AI data center boom is creating demand for specialized labor and infrastructure support across North America, including Texas. When projects are already facing pressure, the last thing buyers need is a fabrication partner that slows things down. AMS helps customers move efficiently by keeping key manufacturing processes under one roof.

Why AMS Is the Right Fit for Data Center Suppliers and OEMs

Data center projects demand speed, consistency, and reliable production. AMS brings together the capabilities needed to support server rack manufacturing and related metal enclosure work from start to finish.

Instead of sourcing laser cutting from one vendor, powder coating from another, and assembly from a third, customers can work with one partner that understands the full process. This is especially important for OEMs and data center suppliers that need repeatable quality across multiple builds.

AMS supports customers with:

Custom steel fabrication
Sheet metal fabrication
Server rack components
Metal enclosures
Powder-coated panels
Mounting brackets
Frames and supports
Assembly-ready parts
Full-service manufacturing support

This makes AMS more than a parts supplier. It makes AMS a dependable manufacturing partner for companies supporting one of the fastest-growing industries in North Texas.

Built for the Future of DFW Data Centers

The data center market in Dallas-Fort Worth is not slowing down. With AI, cloud services, and digital infrastructure continuing to grow, the demand for high-quality metal components will remain strong. Mordor Intelligence estimated the Dallas data center market at 2.01 GW in 2025 and projected continued growth through 2031.

For companies serving this market, choosing the right manufacturing partner matters. Server racks, enclosures, panels, brackets, and structural components must be made with accuracy, consistency, and durability in mind.

Accurate Metal Stamping has the equipment, team, and full service capabilities to help data center suppliers and OEMs meet that demand.

If your company needs server rack manufacturing, custom metal enclosures, powder-coated components, or assembly-ready parts, AMS is ready to help you move faster, reduce vendor headaches, and support your next data center project.

Contact AMS today to request a quote and learn how AMS can support your data center manufacturing needs in DFW.

Why ITI USA Trusts Accurate Metal Stamping

Tue, 27 Oct 2026 20:25:14 GMT

In today’s manufacturing environment, finding a supplier that consistently delivers quality parts, reliable communication, and dependable lead times can be challenging. OEMs and industrial manufacturers need more than a vendor. They need a partner who understands their production requirements, supports their growth, and delivers results every time.

For ITI USA , that partner is Accurate Metal Stamping (AMS).

In a recent customer testimonial, Brian Pledger of ITI USA shared why he continues to trust AMS as a key manufacturing partner. From custom metal fabrication and powder coating to responsive communication and exceptional quality, AMS has become an extension of ITI USA’s operation.

This long-standing relationship demonstrates what many manufacturers are looking for today: a reliable, full-service metal manufacturing partner that can support projects from concept to completion.

A Partnership Built on Proven Performance

When Brian Pledger joined ITI USA, he already had experience working with AMS through a previous company. That experience left a lasting impression.

Rather than searching for a new metal fabrication supplier, Brian chose to continue the relationship by bringing AMS into his new organization.

The reason was simple.

AMS had already demonstrated its ability to provide quality products, dependable service, and consistent support. That track record gave Brian confidence that AMS could successfully support ITI USA’s manufacturing needs as well.

In many industries, supplier relationships are built over years of performance. When a customer chooses to bring a supplier from one company to another, it speaks volumes about the level of trust and confidence that supplier has earned.

A Full-Service Metal Manufacturing Partner

One of the biggest advantages AMS provides is its ability to support nearly every aspect of a metal fabrication project under one roof.

According to Brian, ITI USA purchases virtually everything that goes into their builds from AMS.

This includes:

Corner posts
Corner brackets
Breaker covers
Cover panels
Formed metal components
Powder coated assemblies
Custom fabricated parts

Rather than coordinating multiple suppliers for different processes, ITI USA relies on AMS to manage the entire workflow.

This streamlined approach helps reduce delays, simplify communication, and improve overall production efficiency.

For manufacturers looking to improve supply chain performance, working with a single partner that offers multiple capabilities can create significant advantages.

From Raw Material to Finished Product

Accurate Metal Stamping provides comprehensive manufacturing capabilities that support customers throughout the production process.

Services include:

Precision Metal Fabrication

AMS produces custom metal components designed to meet exact customer specifications. Whether a project requires simple brackets or complex assemblies, the team has the equipment and expertise to deliver consistent results.

Metal Stamping

As the company’s name suggests, metal stamping remains a core capability. AMS produces high-quality stamped components that support a variety of industrial applications.

Punching and Forming

Many customer projects require precision punched and formed components. AMS utilizes advanced manufacturing equipment to create accurate parts that meet demanding tolerances.

Powder Coating Services

AMS also provides in-house powder coating services that help customers receive finished parts ready for assembly.

Powder coating provides:

Corrosion resistance
Improved durability
Consistent appearance
Long-term protection

By combining fabrication and finishing services, AMS eliminates the need for additional vendors and helps customers reduce lead times.

Communication That Makes a Difference

One of the strongest themes in Brian’s testimonial was communication. While quality parts are essential, successful manufacturing partnerships often depend on how well companies communicate throughout a project.

According to Brian, the AMS team consistently provides excellent communication and responsiveness. He works closely with both the sales and production teams and values their willingness to collaborate on new projects, answer questions, and provide updates throughout the manufacturing process.

This level of communication becomes especially important when introducing new products or custom components.

Many manufacturers face challenges when submitting new drawings or launching new designs. Questions arise. Changes happen. Timelines shift.

Having a manufacturing partner that responds quickly and keeps projects moving can make all the difference.

Turning Drawings into Reality

One aspect of the AMS relationship that stood out to Brian was the company’s ability to take completely new drawings and quickly transform them into finished products.

For many manufacturers, bringing a new design to production can be a complicated process.

It requires:

Reviewing engineering drawings
Evaluating manufacturability
Selecting materials
Determining production methods
Meeting quality requirements
Managing timelines

AMS works closely with customers throughout this process to ensure projects move efficiently from concept to production.

This collaborative approach helps reduce delays while ensuring the finished product meets customer expectations.

Consistently Beating Lead Times

Lead times are one of the most important factors in manufacturing.

When parts arrive late, production schedules suffer. Delays impact labor, inventory, customer commitments, and profitability.

Brian noted that AMS not only meets its quoted lead times but frequently exceeds expectations by delivering products ahead of

schedule.

This reliability provides customers with greater flexibility and confidence when planning production.

For OEMs and industrial manufacturers, dependable lead times help:

Improve scheduling
Reduce downtime
Maintain customer commitments
Increase operational efficiency
Support growth initiatives

A supplier that consistently delivers on time becomes a valuable competitive advantage.

Exceptional Quality You Can Depend On

Quality remains one of the primary reasons customers continue to work with AMS year after year. Manufacturing defects can create significant problems, including:

Rework costs
Production delays
Assembly issues
Customer dissatisfaction

AMS focuses on delivering components that meet specifications the first time. From punched components and formed parts to powder-coated assemblies, every project is manufactured with attention to detail and quality control.

According to Brian, the quality delivered by AMS has consistently met and exceeded expectations. That consistency helps customers reduce risk and maintain confidence in their supply chain.

Why Manufacturers Continue Choosing AMS

ITI USA’s experience highlights many of the reasons customers continue partnering with Accurate Metal Stamping.

Full-Service Manufacturing

Customers benefit from fabrication, stamping, forming, powder coating, and assembly support from a single supplier.

Exceptional Communication

AMS works closely with customers to ensure projects remain on track and expectations are met.

Reliable Lead Times

Consistent delivery performance helps customers maintain production schedules and reduce disruptions.

High-Quality Products

Every component is manufactured with precision and attention to detail.

Customer-Focused Service

AMS is committed to supporting customer success and standing behind every product they produce.

More Than a Supplier, A Manufacturing Partner

The strongest message from Brian’s testimonial is that AMS operates as more than a vendor. They act as a true manufacturing partner.

From reviewing new drawings to producing finished, powder-coated components, the AMS team is invested in helping customers succeed.

That commitment to quality, communication, and service has earned the trust of companies like ITI USA and continues to drive long-term partnerships across multiple industries.

Ready to Work with a Manufacturing Partner You Can Trust?

Whether you need custom metal fabrication, metal stamping, punching, forming, powder coating, or complete manufacturing support, Accurate Metal Stamping has the experience, capabilities, and dedication to help your project succeed.

Our team is committed to delivering quality products, dependable lead times, and the responsive service that manufacturers need in today’s competitive environment.

Contact Accurate Metal Stamping today to r equest a quote and discover why companies like ITI USA continue to trust AMS for their metal manufacturing needs.

Why Revitalize Charging Trusts AMS for EV Enclosures

Tue, 27 Oct 2026 19:44:18 GMT

As the electric vehicle industry continues to grow across Texas and the United States, manufacturers are under increasing pressure to deliver reliable, high-performance products on tight timelines. From charging stations to supporting infrastructure, every component must meet strict quality standards while staying on schedule.

One of the most critical components in EV charging systems is the enclosure that protects sensitive electronics. These enclosures must be durable, precisely manufactured, and delivered on time to keep production moving forward.

For companies like Revitalize Charging Solutions , partnering with a trusted metal fabrication provider in DFW like Accurate Metal Stamping (AMS) has made a measurable difference in both quality and reliability.

Precision EV Charging Enclosures with Metal Fabrication in DFW

EV charging equipment requires more than basic fabrication. The enclosures housing these systems must be designed and manufactured with accuracy to ensure proper fit, protection, and long-term performance.

Revitalize Charging Solutions turned to AMS after being referred by engineering partners at the University of Texas at Arlington. Since then, AMS has supported their production by manufacturing custom enclosures that house critical electronic components.

With capabilities that include sheet metal fabrication , laser cutting in Fort Worth, and CNC machining in Texas, AMS provides the level of precision required for complex EV infrastructure projects.

The team at AMS works closely with customers during the production process to ensure each enclosure meets exact specifications. This collaborative approach helps eliminate guesswork and ensures that every part functions as intended once it reaches final assembly.

Proactive Engineering Support for Custom Metal Fabrication Projects

One of the biggest challenges in manufacturing is dealing with unexpected issues. Small design inconsistencies or production challenges can quickly lead to delays if they are not addressed early.

According to Revitalize Charging Solutions, one of the standout aspects of working with AMS is the proactive communication from the team. Instead of waiting for problems to surface, AMS works alongside customers to identify and resolve potential issues before they impact production.

This approach includes:

Early communication when adjustments are needed
Collaborative problem-solving with engineering teams
Clear recommendations to improve manufacturability
A commitment to getting the product exactly right

This level of involvement helps customers avoid costly rework and keeps projects moving forward without unnecessary disruptions.

High-Quality Custom Metal Parts with In-House Fabrication and Powder Coating

In manufacturing, perfection is rarely realistic, but consistency is everything. For EV equipment, even small inconsistencies can impact performance or reliability.

Revitalize Charging Solutions noted that AMS consistently delivers near-perfect quality across their projects. The attention to detail and pride in workmanship are reflected in every enclosure produced.

AMS maintains strict quality control processes throughout:

Cutting and forming
Welding and assembly
Finishing and powder coating in Texas
Final inspection before delivery

Because all services are handled in-house, AMS ensures that every stage of production meets the same high standards. This consistency is especially important for companies producing large volumes of custom metal parts.

Reliable Lead Times for CNC Machining and Laser Cutting in Texas

For many manufacturers, timing is just as important as quality. Delays in one component can create bottlenecks across an entire production schedule.

One of the key advantages highlighted in this partnership is AMS’s ability to meet or exceed lead times. Customers are given clear timelines upfront, and in many cases, deliveries arrive ahead of schedule.

This reliability allows companies like Revitalize Charging Solutions to:

Plan production schedules with confidence
Communicate accurate timelines to their own customers
Avoid costly delays and downtime

In an industry where deadlines are critical, having a fabrication partner that consistently delivers on time provides a significant competitive advantage.

Why Texas Manufacturers Choose AMS for Turnkey Metal Fabrication

The partnership between AMS and Revitalize Charging Solutions reflects what many companies across the region are looking for in a fabrication partner.

AMS combines advanced capabilities with a customer-first mindset, offering:

Full-service metal fabrication in DFW
High-precision laser cutting in Fort Worth
Reliable CNC machining in Texas
Durable finishing with powder coating in Texas
Turnkey solutions for custom enclosures and assemblies

More importantly, AMS focuses on building long-term relationships. Their team takes pride in their work, communicates openly, and stands behind the quality of every project. If something needs to be adjusted, they make it right.

For companies working in fast-growing industries like electric vehicles, this level of reliability and support is essential.

Get a Quote for Metal Fabrication, CNC Machining, and Powder Coating in Texas

Choosing the right metal fabrication partner can have a direct impact on your product quality, timelines, and overall success. Whether you are manufacturing EV charging systems or other industrial equipment, working with a responsive and experienced team makes all the difference.

Accurate Metal Stamping continues to support innovative companies across Texas with dependable service, consistent quality, and on-time delivery.

Ready to move your next project forward?
Request a free quote today

Why Loftwall Trusts Accurate Metal Stamping for Custom Steel Fabrication

Tue, 27 Oct 2026 19:25:36 GMT

In manufacturing, strong supplier relationships are essential. When a partner consistently delivers quality metal components on time, communicates clearly, and adapts quickly to changing project needs, that partnership becomes a strategic advantage.

For Loftwall , a company known for innovative modular wall systems and workplace solutions, Accurate Metal Stamping (AMS) has become that trusted partner. In a recent testimonial, Sean Casey, Director of Operations at Loftwall, shared how AMS supports their production with dependable steel fabrication, powder coating, and responsive service.

A Partnership Built on Reliability

Loftwall has been working with AMS for several years, and according to Sean Casey, the relationship has remained strong because of one key factor: reliability.

From the moment he joined Loftwall, AMS was already supplying metal components for the company’s products. Over time, that partnership continued to grow because AMS consistently delivered the quality and service Loftwall needed to maintain smooth operations.

In manufacturing environments where production schedules are tightly coordinated, delays from suppliers can cause serious disruptions. AMS has built a reputation for meeting deadlines and keeping customers informed throughout the process. For Loftwall, knowing that their metal fabrication partner will deliver on time allows them to keep their own production lines moving efficiently.

Supporting Modular Wall System Manufacturing

AMS produces a variety of steel components that are critical to Loftwall’s modular wall system products. These include parts such as:

Base plates that support modular wall structures
Steel brackets used for desk mounting and structural connections
Custom fabricated metal components for installation systems

Each of these parts must meet precise specifications to ensure structural integrity and compatibility with Loftwall’s product designs.

Because AMS specializes in custom metal fabrication , the company is able to manufacture parts tailored specifically to Loftwall’s product requirements. This ability to produce customized steel components allows Loftwall to maintain design flexibility while ensuring consistency across every product they ship.

Powder Coating That Completes the Product

In addition to steel fabrication, AMS also provides powder coating services for many of Loftwall’s components. Powder coating is a critical finishing step that protects metal surfaces while creating a clean, professional appearance.

Powder coating provides several important benefits for manufactured parts, including:

Strong corrosion resistance
A durable finish that withstands daily use
Consistent color and appearance
Long-lasting surface protection

By offering both fabrication and finishing services, AMS helps Loftwall streamline their supply chain. Instead of coordinating multiple vendors, Loftwall can rely on a single partner for both metal fabrication and powder coating.

Quality That Builds Confidence

Quality control is one of the most important factors when choosing a metal fabrication partner. Poorly manufactured parts can cause assembly issues, product failures, or costly delays.

For Loftwall, AMS has proven to be exceptionally consistent. According to Sean Casey, it has been years since they have had to reject a part due to quality concerns.

That level of consistency gives Loftwall confidence that every component they receive will meet the specifications required for their products. When a supplier maintains this standard over time, it strengthens the long-term partnership between the two companies.

Responsive Support When It Matters Most

Another reason Loftwall continues to work with AMS is the level of responsiveness they receive.

Manufacturing often requires quick decisions and last-minute adjustments. Whether it involves a new part design, a rush production request, or an unexpected change in schedule, having a supplier that responds quickly can make a major difference.

Sean Casey emphasized that AMS is always willing to work with Loftwall to find solutions, even when requests are complex or urgent. This willingness to collaborate and problem solve is what transforms a supplier into a true manufacturing partner.

Why Companies Choose Accurate Metal Stamping

Loftwall’s experience reflects the value many customers find when working with AMS. Companies across industries rely on Accurate Metal Stamping for several reasons:

Reliable delivery schedules that help maintain production timelines
Consistent product quality that reduces rejected parts and rework
Custom steel fabrication tailored to specific product designs
Powder coating services that provide durable and professional finishes
Responsive customer support for fast problem solving and collaboration

These strengths allow AMS to support customers not just as a vendor, but as a long-term partner in manufacturing success.

A Trusted Partner for Metal Fabrication and Finishing

When companies look for a metal fabrication partner, they want more than equipment and capabilities. They want reliability, quality, and a team that is invested in helping their business succeed.

For Loftwall , Accurate Metal Stamping has proven to be exactly that kind of partner. From base plates and brackets to powder-coated components, AMS continues to support Loftwall’s manufacturing with dependable service and consistent results.

As Sean Casey explains, the decision to continue working with AMS comes down to trust. When a partner consistently delivers quality parts on time and works collaboratively to solve challenges, it becomes an easy choice to keep that relationship going.

Looking for a Reliable Metal Fabrication Partner?

If your company needs custom steel fabrication, precision metal components, or powder coating services, Accurate Metal Stamping has the experience and capabilities to support your production.

Contact AMS today to r equest a quote and learn how our team can help bring your next metal fabrication project to life.

Why Valley Dynamo Trusts Accurate Metal Stamping

Tue, 27 Oct 2026 19:01:47 GMT

A Manufacturing Partnership Built on Reliability

Valley Dynamo manufactures recreational products such as air hockey tables and pool tables. These products require custom metal components, tight tolerances, and consistent finishes to maintain brand quality.

According to Trey, one of the biggest advantages AMS provides is on-time delivery.

In the manufacturing industry, delays can create a domino effect. When one supplier misses a deadline, production lines slow down, customer orders are delayed, and revenue is impacted. AMS understands this reality.

By consistently delivering parts on schedule, AMS helps Valley Dynamo maintain smooth operations and avoid costly disruptions. That level of dependability is a key reason the partnership has lasted for decades.

Customized Metal Fabrication That Fits Your Product

Another reason Valley Dynamo continues working with AMS is the ability to produce customized metal products.

Almost every component AMS manufactures for them is tailored to fit a specific design or application. This includes fabricated parts that integrate seamlessly into air hockey tables, pool tables, and other recreational equipment.

AMS specializes in:

Custom metal fabrication
Precision metal stamping
Laser cutting
CNC machining
Press brake forming
Welding
Powder coating

This full-service approach allows customers to source multiple fabrication services under one roof. For OEMs, that means fewer vendors, simplified communication, and better quality control throughout the manufacturing process.

Powder Coating for a Finished, Durable Product

In addition to fabrication, AMS provides powder coating services for many of Valley Dynamo’s components. This ensures that the metal parts not only function properly but also match the appearance and durability requirements of the final product.

Powder coating adds:

Corrosion resistance
A durable finish
Color consistency
Long-lasting protection

By combining fabrication and finishing services, AMS supports customers from raw metal to ready-to-install components.

Solving Problems When It Matters Most

No manufacturing environment is perfect. Supply chain issues happen. Vendors fall behind. Unexpected part changes arise.

What separates an average supplier from a true manufacturing partner is how they respond.

Trey highlighted AMS’s ability to step in during difficult situations, especially when another vendor could not deliver or when a new part needed to be produced quickly. AMS responds fast, evaluates the issue, and works collaboratively to resolve it.

This level of responsiveness is critical for OEMs that rely on consistent production schedules. When a supplier can help you recover from a setback, that is more than a transaction. It is a partnership.

Why OEMs Choose Accurate Metal Stamping

Valley Dynamo’s experience reflects what many customers value most about AMS:

1. Consistent Quality

Every part is manufactured to meet strict specifications and performance standards.

2. On-Time Delivery

Reliable lead times help keep production moving without interruption.

3. Custom Fabrication Expertise

AMS produces specialized, application-specific components across industries.

4. Integrated Services

From metal stamping and fabrication to powder coating and assembly, AMS provides end-to-end solutions.

5. Long-Term Manufacturing Support

Thirty years of partnership demonstrate stability, scalability, and trust.

The Value of a Long-Term Metal Manufacturing Partner

Manufacturing success depends on strong supplier relationships. A partner that understands your product, your timelines, and your quality expectations becomes an extension of your team.

For nearly three decades, Valley Dynamo has relied on Accurate Metal Stamping to deliver customized metal components that meet demanding production standards. That kind of longevity speaks volumes.

If you are searching for a metal fabrication partner that prioritizes quality, timeliness, and customer support, AMS is ready to earn your business.

As Trey Stites said, sometimes the best way to understand the value of a supplier is simple. Give them a shot. When you see the quality and timeliness for yourself, you will likely want to continue the relationship.

Ready to Work with AMS?

Whether you need custom metal parts, precision fabrication, powder coating, or long-term OEM production support, Accurate Metal Stamping has the experience and capability to deliver.

Contact us today to request a quote and discover what a reliable manufacturing partnership looks like.

Why North Texas Is Becoming a Metal Manufacturing Powerhouse

Tue, 27 Oct 2026 15:52:31 GMT

North Texas has rapidly emerged as one of the most important metal manufacturing hubs in the United States. With a surge in data center development, industrial construction, and OEM expansion, the region is attracting manufacturers that demand speed, scale, and reliability. For companies sourcing metal components, this growth is more than a trend. It is a strategic advantage.

At the center of this manufacturing boom is Accurate Metal Stamping (AMS), a full-service metal fabrication partner supporting OEMs across multiple industries. As North Texas continues to grow, AMS is positioned to help customers capitalize on faster lead times, local expertise, and reduced logistics costs.

The North Texas Manufacturing Boom

Over the past decade, North Texas has become a magnet for large-scale industrial investment. Several key factors are driving this transformation.

Data Center Expansion

North Texas is now one of the fastest-growing data center markets in the country. Hyperscale data centers require massive amounts of steel infrastructure, including server racks, enclosures, frames, and structural supports. These projects demand tight tolerances, repeatable quality, and dependable production schedules.

Local metal manufacturers play a critical role in keeping these projects on track. Proximity allows for faster turnaround, easier collaboration, and real-time problem solving.

Industrial and Commercial Construction Growth

From warehouses and logistics hubs to manufacturing facilities and energy infrastructure, industrial construction in North Texas is accelerating. These projects rely heavily on custom metal components such as brackets, panels, frames, and welded assemblies.

Manufacturers that can support construction timelines without shipping delays or supply chain disruptions are in high demand. This is where regional metal fabrication becomes a competitive advantage.

OEM Growth and Reshoring

Many OEMs are moving production closer to home to improve supply chain reliability. North Texas offers a skilled workforce, favorable business conditions, and access to major transportation corridors.

For OEMs, working with a local metal manufacturing partner reduces risk and improves control over quality, lead times, and production changes.

How This Benefits Customers

The rise of North Texas as a metal manufacturing powerhouse creates real, measurable benefits for customers.

Faster Lead Times

Local manufacturing means shorter transit times and fewer delays. Parts move quickly from fabrication to finishing to assembly without crossing state lines or international borders. AMS supports customers with streamlined scheduling and responsive production planning.

Improved Communication and Support

Working with a regional partner allows for direct communication with engineering, production, and quality teams. Design changes, prototype adjustments, and production updates happen faster when your supplier is nearby.

Lower Logistics and Freight Costs

Shipping heavy steel components over long distances adds unnecessary cost. By sourcing from a North Texas manufacturer like AMS, customers reduce freight expenses and avoid the risk of damaged shipments.

Supply Chain Stability

Local manufacturing reduces dependence on overseas suppliers and volatile shipping conditions. This stability is especially important for OEMs with long-term production programs or mission-critical components.

Why AMS Is the Right Partner in North Texas

Accurate Metal Stamping is built to support the demands of modern manufacturing. With a strong presence in North Texas, AMS provides OEMs and industrial customers with the capabilities and reliability they need to scale.

Full-Service Metal Manufacturing

AMS offers integrated metal fabrication services under one roof, including:

Laser cutting
CNC machining
Press brake forming
Welding, including robotic, MIG, TIG, and laser welding
Powder coating
Assembly and packaging

This turnkey approach reduces vendor complexity and improves quality control across every stage of production.

Built for OEMs and Industrial Applications

AMS specializes in serving OEMs across industries such as data centers, energy, automotive, industrial equipment, medical, and commercial infrastructure. Our processes are designed for repeatability, tight tolerances, and long-term production support.

Skilled Workforce and Advanced Equipment

North Texas offers access to skilled manufacturing talent, and AMS invests heavily in both people and technology. Our team understands how to move from prototype to production efficiently while maintaining consistency and performance.

Strategic Location

Located in the heart of North Texas, AMS is positioned near major highways, distribution centers, and industrial corridors. This allows us to support regional and national customers with speed and reliability.

North Texas Manufacturing Is Not Slowing Down

As data centers continue to expand, industrial construction accelerates, and OEMs prioritize domestic production, North Texas will remain a critical manufacturing hub. Companies that align with experienced local partners gain a competitive edge in cost, speed, and quality.

Accurate Metal Stamping is proud to be part of this growth. We help customers take advantage of everything North Texas manufacturing has to offer while delivering dependable metal components that perform in the real world.

If you are looking for a metal manufacturing partner that understands the region, the industries, and the demands of modern production, AMS is ready to support your next project.

Contact us today to request a quote or learn how Accurate Metal Stamping can help you move faster and build smarter in North Texas.

High-Performance Welding at AMS

Tue, 27 Oct 2026 15:42:57 GMT

At Accurate Metal Stamping (AMS), welding is more than a fabrication step. It is a precision-driven discipline that ensures strength, durability, and consistency across a wide range of parts and industries. From structural steel components to clean, cosmetic assemblies, our welding team plays a critical role in producing high-performance results for OEMs and industrial customers.

In this behind-the-scenes walkthrough, David Henry, Production Supervisor at AMS, takes us inside the welding department to explore the equipment, processes, and real-world projects that set our work apart. Whether you need small bracket weldments or large assemblies for trucks or infrastructure, AMS has the capability and control to deliver.

Advanced Welding Capabilities

AMS offers several types of welding processes, each tailored to specific project requirements, materials, and part volumes. Our facility is equipped with both manual and automated welding systems, giving us the flexibility to handle short runs, prototypes, and high-volume production.

Robotic Welding

Our robotic welding station is designed for precision and efficiency. It features a rotating multi-function table that improves throughput while maintaining consistent quality.

Robotic welding is ideal for repetitive part geometries and batch production. It provides consistent weld beads, minimal distortion, and reduced operator fatigue. OEMs value this process for structural assemblies, steel frames, and repetitive parts where speed and repeatability are essential.

MIG and TIG Welding

AMS also operates manual welding stations where highly trained technicians perform both MIG (Metal Inert Gas) and TIG (Tungsten Inert Gas) welding. These stations are used for parts that require flexibility in approach or detailed attention.

MIG welding is typically used for thicker materials, structural components, and parts where speed and strength are the priorities.

TIG welding, on the other hand, is ideal for aluminum, stainless steel, and more delicate parts that require precision and a clean finish. TIG is often used for cosmetic welds, intricate joints, and thin-gauge materials.

This manual welding work is essential for custom assemblies and parts with tight tolerances or varying geometries.

Laser Welding

AMS is also equipped with a laser welding station, providing the clean precision of TIG with greater speed and less thermal impact.

Laser welding is used for materials like stainless steel and aluminum, especially when appearance and fine detail are critical. It creates narrow, controlled welds that are perfect for small or complex parts in medical devices, electronics, architectural elements, and high-spec assemblies.

What We Weld

AMS provides welding services for a wide variety of parts and applications, including

Boom truck and lift truck components
HVAC system frames and enclosures
Server racks and mounting hardware
Architectural glass board frames for offices and hospitals
Steel brackets and support components

No matter the project, we tailor the welding method to the material, design, and performance requirements of the part. Each weld is backed by inspection, process control, and an experienced team that takes pride in craftsmanship.

A Full-Service Fabrication Workflow

Accurate Metal Stamping is more than just a welding shop. We are a full-service metal fabrication partner offering an integrated process that includes:

Laser cutting
CNC machining
Press brake forming
Powder coating
Assembly and packaging

This means your welded parts are formed, machined, coated, and assembled in one location, improving communication, reducing lead time, and maintaining quality across the entire production workflow.

Why OEMs Choose AMS for Welding

AMS supports OEMs who need reliable, production-ready welds that meet performance and aesthetic standards. Our capabilities are built for both small batch and long-term production programs.

Customers choose AMS because we offer

Skilled welding technicians with multi-material expertise
Robotic automation for repeatable quality
Manual control for complex, high-tolerance assemblies
Clean, professional finishes for customer-facing parts
Seamless integration with upstream and downstream operations

From First Spark to Final Finish

At Accurate Metal Stamping, we understand that welding is often one of the most critical parts of a finished product. Our combination of equipment, experience, and process control allows us to provide precision welds at scale.

Whether you are building steel frames, clean enclosures, or specialty components, AMS offers the welding services and fabrication expertise to help your project succeed.

Contact us today to learn more or request a quote for your next welded assembly.

Inside AMS: Precision Metal Bending with Press Brakes

Tue, 27 Oct 2026 15:29:39 GMT

At Accurate Metal Solutions (AMS), press brake forming is a crucial component of our comprehensive metal fabrication services. As part of our end-to-end manufacturing processes, bending plays a vital role in shaping raw materials into functional components.

Whether you’re producing custom automotive brackets, large steel panels, or precision components for specialty equipment, our bending operations are where raw sheet metal begins to take form with high precision.

In this behind-the-scenes walkthrough, Joe Seria, a brake press operator with AMS for over three years, introduces us to our lineup of brake press machines, explains how we utilize them, and describes the types of projects we support across various industries.

What Is Press Brake Forming?

Press brake forming, also known as metal bending, is a fabrication process that uses a machine press and tooling to bend sheet metal into a desired shape. It’s essential for producing components like:

Brackets
Channels
Enclosures
Structural supports
Custom housings

At AMS, we combine experienced operators with advanced equipment to deliver precise bends that meet tight tolerances—ensuring your parts fit and perform as intended in the final assembly.

Our Equipment: Big and Small Press Brake Capabilities

AMS is equipped with a range of press brakes to accommodate both small parts and large-scale metal panels, making us a reliable partner for both prototype and production work.

Small Press Brakes – Built for Detail

Joe shows us one of the smaller brake presses, which is used to bend smaller parts such as:

Brackets
Automotive components
Accessories for air hockey tables and recreational equipment

These machines offer high control and precision for tight-radius bends, ensuring clean angles and accurate dimensions.

100-Ton Brake Press – Heavy Duty Bending

We also operate larger brake presses with up to 100 tons of capacity, designed for bending:

Larger brackets
Structural panels
Channeled metal parts
Tool box components

This equipment allows us to form parts up to 120 inches long, making it ideal for clients in automotive, industrial, and custom equipment manufacturing.

Real Projects. Real Performance.

AMS’s press brake forming services support a wide range of industries and product types. Some examples of what we’ve produced include:

Automotive brackets for OEMs
Steel panels for tool boxes and enclosures
Sheet metal components for recreational equipment, like air hockey tables
Custom parts for storage and fabrication systems

Each piece is formed in-house by trained technicians who understand both the material behavior and the specific bend requirements for each part.

Why Press Brake Forming Matters to OEMs

For engineers and manufacturers, bending isn’t just about angles—it’s about function, fit, and repeatability. Here’s why choosing the right press brake partner matters:

1. Tight Tolerances and Repeatability

Our CNC-enabled brake presses ensure precise and consistent bends, even across high-volume production runs.

2. Material Flexibility

We work with a wide range of materials, including:

Mild steel
Galvanized steel
Stainless steel
Aluminum sheet metal

This allows us to tailor our solutions to your specific strength, weight, and corrosion resistance needs.

3. Integrated Fabrication

Because AMS offers full-service fabrication under one roof—including laser cutting, CNC machining, powder coating, welding, and assembly—your bent components move seamlessly from one stage to the next with fewer delays or miscommunications.

Advantages of AMS Press Brake Services

Shorter lead times with in-house production
Custom tooling for unique or complex bends
Consistent quality across small and large parts
Scalable capacity for low-volume prototyping and high-volume production

We combine technology and craftsmanship to deliver parts that meet both visual and functional expectations.

Ready to Bend Without Breaking Your Timeline?

Whether you need small brackets or full-length steel panels, AMS has the equipment, expertise, and capacity to bend it right—the first time. Our press brake forming services are built for OEMs, industrial manufacturers, and design engineers who demand accuracy, reliability, and quick turnarounds.

Contact us today to request a quote or learn how our metal-bending capabilities can support your next project.

Inside AMS: Precision Powder Coating Solution

Tue, 27 Oct 2026 14:46:28 GMT

At Accurate Metal Stamping (AMS), our powder coating services are engineered for industries that demand a durable finish, precision, and long-term performance. Whether you’re working with galvanized steel, aluminum, stainless steel, or custom sheet metal parts, AMS delivers high-quality finishes that meet strict industry standards—without compromising efficiency or cost.

In this behind-the-scenes look, Josh Romberg, Sales Manager at AMS, guides us through the powder coating process that transforms raw metal parts into finished products ready for final assembly or field use.

What Is Powder Coating?

Let’s start with the basics: what is powder coating?

Powder coating is a dry finishing technique used to apply a protective and decorative coating to a metal surface. Unlike traditional liquid paint, it uses electrostatically charged powder that bonds to the surface during a powder coating application, then cures in an oven to create a quality powder-coated layer.

The benefit of powder coating lies in its unmatched durability, environmental friendliness, and cost-effectiveness. It creates a smooth, chip-resistant surface that protects against corrosion, wear, and UV exposure—making it ideal for OEMs across automotive, aerospace, industrial, and infrastructure sectors.

The Powder Coating Process at AMS

1. Loading and Surface Preparation

AMS begins by loading your parts onto the conveyor line. Our powder coating work starts with a phosphate wash powder coating system that includes:

Stage 1: Degreasing the surface
Stage 2: Rinsing to remove residue
Stage 3: Final rinse to ensure a clean bond

This three-stage system is crucial for creating a properly prepared metal surface that can withstand real-world use. Surface preparation is one of the most important steps in achieving a high-quality finish.

2. Dry-Off Oven

Before applying powder, we move the metal parts through a dry-off oven to eliminate moisture. This helps prevent defects and ensures the powder adheres evenly.

3. Powder Coating Application

Next, parts enter the powder coating booth, where we apply an electrostatic charge to the powder. The powder is sprayed evenly over the component, clinging to the surface with precision and consistency. This is where the transformation really begins.

We utilize this process to provide a range of powder coating finishes, from textured and matte to glossy and smooth, all tailored to your functional and aesthetic requirements.

4. Cure Oven

After coating, the parts are cured in a high-temperature oven. This solidifies the powder into a hard, uniform layer that resists wear and exposure—exactly what OEMs demand in industrial powder coating.

Batch Oven Powder Coating for Large Parts

AMS also offers batch oven powder coating for large part powder coating jobs, handling components up to 20 feet in length. Whether you need oversized frames, enclosures, or complex custom powder coating jobs, our in-house powder coating team has you covered.

This flexibility makes AMS a go-to partner for powder coating fabrication on unique or low-volume OEM projects.

Materials We Powder Coat

We specialize in powder coating a wide range of metal parts and materials:

Powder coating galvanized steel
Aluminum powder coating
Stainless steel powder coating
All types of sheet metal and structural components

Regardless of the gauge or geometry, our team ensures that your components are not only protected but also visually refined.

The Quality Control Process

Every finished part undergoes our rigorous quality control process, which includes surface checks, coating thickness measurements, and adhesion testing. We’re committed to delivering AMS powder coating that performs under pressure and exceeds client expectations.

Why OEMs Choose AMS for Powder Coating Services

OEMs trust AMS for our:

Full-service capabilities with turnkey metal finishing
Fast turnaround times with in-house powder coating
Experience across industries and complex projects
Focus on both functionality and high-quality finishes

As a leading provider of powder coating solutions in Texas, we support OEMs that value long-term reliability, efficient sourcing, and streamlined production workflows.

Finish Strong with AMS

From corrosion resistance to aesthetic appeal, the benefits of powder coating are clear—and at AMS, we make them even stronger through expert application and a commitment to quality.

Whether you’re coating small brackets or 20-foot frames, we offer metal powder coating services built for today’s manufacturing challenges. If you’re looking for a powder coating partner that delivers on performance, precision, and lead time, AMS powder coating is ready to support you.

Inside AMS Metal’s Laser Cutting Operations

Tue, 27 Oct 2026 14:29:22 GMT

When it comes to precision metal fabrication in the Dallas-Fort Worth area, cutting-edge technology makes all the difference. At AMS Metal in Richland Hills, Texas, we’re proud to operate three state-of-the-art laser cutting systems that handle everything from utility toolboxes to complex industrial components. Let’s take you behind the scenes with lead operator Arturo Coranza to see how our advanced laser technology transforms raw steel into finished products.

Three Powerful Laser Systems Under One Roof

Not all laser cutting machines are created equal, and at AMS Metal, we’ve strategically invested in three distinct systems to handle diverse fabrication needs. Each laser brings unique capabilities to our production floor, ensuring we can tackle any project that comes through our doors.

The Maxim Fiber Laser: Our Newest Powerhouse

Our crown jewel is the Maxim fiber laser, straight from Turkey and representing the latest in laser cutting technology. This beast operates at an impressive 6,000 kilowatts, delivering exceptional power that translates directly into capability. What makes this system truly special is its versatility—it includes tube laser cutting functionality and can slice through one-inch plate steel with precision and ease.

For projects requiring heavy-duty cutting through thick materials, this is our go-to machine. The fiber laser technology offers superior efficiency and speed compared to older systems, making it ideal for high-volume production runs and demanding industrial applications.

The Amada Ensis: Where Power Meets Speed

Our second laser is an Amada Ensis fiber laser operating at 200,000 kilowatts of latch power. What sets this machine apart isn’t just raw power—it’s the perfect marriage of strength and speed. When projects require both precision and fast turnaround times, the Amada Ensis consistently delivers exceptional results.

This laser excels in mid-range applications where speed is just as important as cutting quality. Its fiber laser technology ensures clean cuts with minimal waste, helping us maintain the cost-effectiveness our clients expect while meeting tight deadlines.

The CO2 Veteran: Proven Quality That Stands the Test of Time

Our third laser might be the oldest in our lineup, but it’s far from obsolete. This 4,000-kilowatt CO2 laser uses different technology than our fiber lasers, yet it continues to produce outstanding quality cuts day after day. Unlike fiber lasers that use solid-state technology, CO2 lasers use gas mixtures to generate the cutting beam, offering unique advantages for certain materials and applications.

This reliable workhorse proves that experience and proven technology still have a valuable place on the modern fabrication floor. For specific projects where CO2 technology provides the best results, this laser remains an essential part of our capabilities.

From Raw Steel to Finished Products

The real magic happens when these powerful lasers transform raw materials into functional components. Take, for example, our 3/8-inch thick steel products—just one of countless items we produce daily. These pieces showcase the precision and quality our lasers deliver, with clean edges and accurate dimensions that meet exact specifications.

But individual parts are just the beginning. At AMS Metal, we understand that most projects require more than simple cutting. We produce numerous pieces that are assembled together, moving through our comprehensive workflow that includes welding, powder coating, and various finishing processes to create complete, ready-to-use products.

The Diverse Range of AMS Metal Productions

What can three advanced laser systems produce? The answer might surprise you with its variety. Our capabilities extend to manufacturing utility toolboxes that outfit service trucks across the region. We fabricate cash register components, conveyor belt systems, support base structures, loading ramps, automotive brackets, and countless other applications.

This diversity showcases not only our technical capabilities but also our flexibility in serving multiple industries. Whether you need a single prototype or a production run of thousands, our laser cutting operations can scale to meet your requirements while maintaining consistent quality across every piece.

Why Laser Technology Matters for Your Projects

Choosing a fabrication partner with advanced laser technology isn’t just about having the newest equipment—it’s about the tangible benefits these systems deliver. Laser cutting provides unmatched precision, enabling tighter tolerances and more complex designs than traditional cutting methods. The speed of modern fiber lasers reduces lead times, getting your products to market faster. Clean, accurate cuts minimize secondary processing, reducing costs and maintaining project efficiency.

At AMS Metal, our three-laser operation ensures we always have the right tool for your specific application. Whether your project demands the raw power of our Maxim, the speed of our Amada Ensis, or the proven reliability of our CO2 laser, we’ve got you covered.

American Manufacturing Excellence

As a proud Texas manufacturer, we’re committed to keeping production in-house and supporting American manufacturing. Our complete turnkey fabrication services, all under one roof, mean your project stays local from initial cutting through final assembly. This streamlined approach not only supports the local economy but also gives you better quality control, faster communication, and more flexibility throughout your project lifecycle.

Ready to see what our advanced laser cutting capabilities can do for your next project? At AMS Metal, we combine cutting-edge technology with experienced operators like Arturo and his team to deliver precision fabrication that meets your exact specifications. Contact us today to discuss your metal fabrication needs and discover why businesses across the DFW area trust AMS Metal for quality, reliability, and American-made excellence.

Inside AMS: CNC Machining That Delivers Precision at Scale

Tue, 27 Oct 2026 14:16:37 GMT

At Accurate Metal Solutions (AMS), CNC machining isn’t just a service. It’s a core capability that supports industries where tight tolerances and high-performance parts are essential. Whether you’re building components for the railroad, escalator systems, or heavy equipment, precision and reliability start with the right machines and the right team.

In this behind-the-scenes look at our CNC department, CNC Supervisor Travis explains the equipment, processes, and expertise that power our machining operations.

Meet the Machines Behind the Precision

HAAS ST30Y: Turning Center for Cylindrical Precision

Our HAAS ST30Y is a CNC turning center designed to produce round or cylindrical parts with exceptional accuracy. This machine allows us to turn metal bars or blanks into high-tolerance components required in industries like transportation, energy, and automation.

The ST30Y stands out for its:

Multi-axis capability for complex geometries
High spindle speeds for smooth surface finishes
Consistent repeatability for volume production

If your project requires concentricity, fine tolerances, or internal threading, this is the machine for the job.

HAAS VF3: Vertical Machining Center for High-Volume Precision

The HAAS VF3 is one of our workhorses for vertical milling. This CNC machine is ideal for producing larger components requiring tight tolerances, clean edges, and consistent quality across multiple runs.

Key capabilities include:

A large table size for handling oversized steel or aluminum parts
High-speed tool changes for efficient production
Ideal for OEMs in aerospace, industrial equipment, and medical devices

HAAS VF2: Compact Yet Powerful

Slightly smaller than the VF3, the HAAS VF2 still offers impressive capabilities. It’s ideal for small-to-medium-sized parts that demand high accuracy and clean finishes. When you need speed and quality on more compact components, this is our go-to machine.

The VF2 enables:

High-speed milling on smaller components
Excellent part consistency
Flexible programming for complex part geometries

Vertical Knee Mill: Manual Precision Where It Counts

While CNC machines handle most of our production, our vertical knee mill is still valuable for countersinking, drilling, and secondary operations. Some projects demand a human touch, and this machine gives us the flexibility to meet tight specs without sacrificing efficiency.

Real Parts. Real Performance.

AMS doesn’t just talk about precision—we deliver it every day. Travis shares just a few examples of the high-precision parts machined in-house, including:

Railroad Clamps: Designed for heavy use and built to meet strict industry standards.
Escalator Parts: Manufactured for durability and safety in public spaces.
Heavy Equipment Components: Built for high-load, high-impact environments where performance matters.

Every part produced in our CNC department is backed by strict quality control, material traceability, and a commitment to tight tolerances.

Why CNC Machining Matters for OEMs

If you’re an OEM looking for a fabrication partner, CNC machining should be a key consideration. Here’s why our clients trust AMS:

1. Precision at Scale

Our CNC machines are built to handle both prototype runs and full production volumes—without sacrificing accuracy.

2. Material Versatility

We machine various materials, from carbon steel to aluminum and specialty alloys, to fit your specific project needs.

3. Consistent Turnaround

Our in-house programming, scheduling, and quality systems allow us to deliver parts on time despite tight deadlines.

4. End-to-End Support

We don’t just machine parts. AMS provides full-service metal fabrication, including laser cutting, press brake forming, welding, powder coating, and assembly. CNC machining is one key part of a much bigger solution.

Partner with AMS for CNC Machining You Can Trust

At AMS, we invest in people, processes, and technology to provide a seamless experience for our customers. Our CNC team is experienced, detail-oriented, and dedicated to producing high-performance parts for demanding applications.

Whether you’re an engineer sourcing prototypes or a manufacturer scaling up production, our CNC department is ready to support your success.

Contact us today to request a quote or learn more about how our CNC machining services can help your next project run smoother, from concept to completion.

AMS: OEM Partner for Assembly-Ready Steel Parts

Tue, 27 Oct 2026 13:59:59 GMT

In the dynamic world of high-volume manufacturing, OEMs (Original Equipment Manufacturers) demand more than just raw materials or basic parts. They require fully integrated, assembly-ready steel components that seamlessly integrate into their production lines. At AMS, we specialize in delivering these advanced solutions, empowering OEMs to streamline operations, slash lead times, and simplify their entire supply chain.

Are you managing multiple vendors for cutting, finishing, and assembly? If so, consider a turnkey metal fabrication partner like AMS to revolutionize your production process.

What Truly Defines “Assembly-Ready” for OEMs?

Assembly-ready components go far beyond standard fabrication. These are parts meticulously prepared for immediate integration into your final product. This means they have been:

Precision Fabricated: Produced to exact specifications with tight tolerances using advanced techniques.
Expertly Finished: Cleaned, deburred, and treated with in-house powder coating or other specified finishes.
Rigorously Inspected: Undergone comprehensive quality control to ensure optimal fit and function.
Optimally Prepared: Labeled, kitted, or even partially assembled as per your specific production requirements.

Instead of receiving disparate parts that demand additional in-house preparation or modifications, your team can move directly to final assembly or installation. This translates into significant savings in time and labor and avoids costly errors common with multi-vendor management.

Why OEMs Choose AMS as Their Turnkey Metal Fabrication Partner

AMS is not merely a job shop; we are your dedicated full-service OEM fabrication partner. We are uniquely equipped to manage every stage of your project, from initial laser cutting and CNC machining to press brake bending, welding , powder coating , and final assembly and packaging .

Here’s how AMS simplifies the production journey for OEMs across diverse industries:

Integrated In-House Assembly Services

Our dedicated assembly department lets us complete critical steps before components reach your facility. Whether it’s mechanical fastening, complex component integration, or custom packaging, our skilled team handles it all under one roof.

Eliminate reliance on third-party assembly vendors.
Significantly reduce transit time between suppliers.
Enhance accuracy and consistency through superior process control.

Precision Fabrication for Exacting OEM Standards

We leverage state-of-the-art fiber laser cutting, CNC machining, and press brake forming technologies to produce steel components with unparalleled precision and exact tolerances. This meticulous approach guarantees parts fit flawlessly, function as designed, and consistently pass inspection on the first attempt.

Achieve consistency across high-volume orders.
Minimize the risk of costly rework and material waste.
Ensure superior fitment during final product assembly.

Advanced In-House Finishing Capabilities

AMS offers comprehensive in-house powder coating services and other finishes. This means your components arrive not only functional but also perfectly protected from corrosion and aesthetically complete. Our dedicated quality control team rigorously verifies that all coatings meet performance specifications and cosmetic standards.

Eliminate the need to outsource parts to external coaters.
Streamline scheduling and logistics with a single provider.
Benefit from greater durability and visual consistency in your products.

Optimized Assembly and Packaging for Production Efficiency

Do you need specific groups of parts bundled or labeled for your assembly line? Our tailored assembly and packaging solutions are designed to integrate seamlessly with your workflow. We deliver parts that are meticulously sorted, clearly labeled, and instantly ready for integration—saving your team countless hours on the shop floor.

The Hidden Costs of Fragmented Supply Chains for OEMs

Relying on separate vendors for cutting, finishing, and assembly might appear flexible, but it often leads to unforeseen challenges and expenses:

Frequent delivery delays due to complex scheduling conflicts between multiple suppliers.
Increased freight and handling costs from shipping parts between various locations.
Inconsistent quality and varying standards between different providers.
Excessive communication overhead and a higher risk of missed specifications.

By partnering with AMS as your OEM fabrication partner, you gain a single point of contact, a unified production schedule, and one simplified invoice. This streamlined approach allows your team to dedicate its resources to core competencies and strategic initiatives.

Key Industries We Proudly Serve with Custom Steel Fabrication

AMS is a trusted supplier for OEMs across a wide spectrum of industries, including:

Aerospace: Providing high-precision brackets, specialized housings, and robust frames.
Medical: Fabricating durable powder-coated enclosures and essential support assemblies.
Automotive: Delivering precisely formed steel panels and complex welded assemblies.
Energy: Manufacturing custom steel mounts and critical structural components.
IT & Data: Producing reliable server racks and modular enclosures.

Each sector presents unique metal fabrication requirements, and our experienced team is exceptionally prepared to meet them.

Partner with AMS for Seamless OEM Fabrication and Assembly Solutions

AMS is your proven solution when your operations demand assembly-ready parts that meet stringent specifications and adhere to critical deadlines. Our turnkey metal fabrication process cohesively integrates fabrication, finishing, and assembly into an incredibly streamlined operation. This comprehensive approach significantly reduces errors, accelerates production timelines, and provides you with unparalleled control over product quality.

If you are ready to simplify your manufacturing workflow and eliminate common vendor headaches, it’s time to connect with a partner who profoundly understands OEMs’ unique needs.

Request a free quote today and discover how AMS can elevate your next production run with precision steel components.

Fabrication for Engineers: How to Choose the Right Partner

Mon, 26 Oct 2026 21:39:14 GMT

The stakes are high when it comes to fabrication for engineers. Whether you’re a procurement manager sourcing precision metal parts or an engineer pushing a prototype to production, your fabrication partner can make or break your timeline, budget, and product quality.

AMS was built to support both sides of the sourcing equation. We combine manufacturing expertise with clear communication to simplify the complex. Here’s what buyers and engineers should expect from a custom sheet metal fabrication partner and how AMS delivers.

Fabrication for Engineers Starts with Design Support

Designing a part is one thing—getting it built cost-effectively and on time is another. Engineers often juggle aggressive timelines, leaving little room to fine-tune for manufacturability. That’s where AMS steps in with design-for-manufacturability (DFM) support.

Our team provides:

Early feedback on geometry, materials, and fasteners
Suggestions to reduce rework and speed up production
Tolerance optimization for tight-turnaround builds

Whether improving bend radii for press brake operations or selecting the right alloys for outdoor durability, we help you avoid late-stage design revisions. For engineers, fabrication means fewer headaches and faster production.

Our team provides:

Early feedback on geometry, materials, and fasteners
Suggestions to reduce rework and speed up production
Tolerance optimization for tight-turnaround builds

Vendor Selection Criteria: Quotes, Timelines, and Communication

Procurement teams need more than a price—they need precision. Late quotes, unclear scope, or misaligned lead times can derail even the best engineering efforts.

AMS provides:

Detailed quotes with full scope transparency
Realistic lead times based on actual capacity
Consistent communication with a single point of contact

You won’t get vague dates or missed specs. Our estimates reflect the actual time and effort required, helping procurement teams make confident, informed decisions. For professionals focused on manufacturing support, reliability matters more than rock-bottom pricing.

Why Engineers Need Long-Term Fabrication Partners

One-off vendors might work for small batches, but consistency is key when you’re scaling. Engineers and buyers managing multiple SKUs or frequent design updates need more than transactional support.

AMS builds long-term partnerships with:

Scalable production for runs from 5 to 5,000
Dedicated documentation and QC setup for repeat orders
Familiarity with your specs, materials, and tolerances

That’s why we say fabrication for engineers is more than cutting metal—it’s about building a relationship that saves time on every project.

End-to-End Manufacturing Support Matters

When choosing a partner, don’t overlook the power of full-service capabilities. AMS goes beyond basic fab work with:

CNC machining and tight-tolerance fabrication
In-house powder coating for durability and corrosion resistance
Certified welding, final assembly, and custom packaging
Material expertise in stainless steel, aluminum, and carbon

With all of this under one roof, you minimize shipping, coordination, and delay risks. It’s the complete manufacturing support package engineers and buyers are looking for.

Fabrication for Engineers Done Right

If you’re an engineer or buyer searching for precision metal parts, your chosen vendor is just as important as the design you submit. Here’s what you should expect from a true fabrication partner:

Strategic input and design support
Transparent quoting and timelines
A relationship built for scaling and repeatability
Full-service custom sheet metal fabrication under one roof

AMS is built to meet and exceed those expectations. We’re ready to partner when the job calls for more than a vendor.

Why Your Project Might Be Delayed—and How to Prevent It

Mon, 26 Oct 2026 20:26:41 GMT

Project delays can be frustrating, costly, and disruptive, especially when your timeline affects other business operations or stakeholder expectations. At AMS, transparency and proactive communication are the keys to successful, on-time project delivery.

In this post, we’ll break down the most common causes of project delays, why they happen, and how we help our clients stay ahead of them with thoughtful planning and consistent follow-through.

Common Causes of Project Delays

Understanding the root causes of delays can help you prevent them—or at least minimize their impact. Below are some of the top reasons your project might be running behind.

1. Incomplete or Changing Specifications

When clients change scope mid-project or when initial specs are unclear, timelines inevitably shift. Delays in approvals, design revisions, or unclear requirements can slow down every stage of development or manufacturing.

2. Material Shortages or Lead Times

From specialty finishes to critical system components, supply chain disruptions and long material lead times are among the leading causes of manufacturing and installation delays.

3. Permit and Inspection Delays

Even when everything else is on schedule, waiting on city approvals, permits, or inspections can cause projects to stall. These steps are often outside your contractor’s control, but still impact your finish date.

4. Weather or Site Access Issues

Access to the site and weather conditions can impact the project timeline for manufacturing or renovation projects. Delays due to rain, wind, or limited access can derail carefully laid plans.

5. Labor Availability

Skilled labor shortages are common in many industries. If your project requires subcontractors or trade-specific professionals, their availability can impact your timeline if not scheduled early.

How AMS Prevents Project Delays

At AMS, we’ve built our reputation on reliability. Here’s how we keep your project on track—even when unexpected issues arise.

1. Clear Communication from Day One

We start every project with a thorough discovery and planning phase. This ensures all expectations are aligned, specifications are confirmed, and deadlines are realistic. We don’t overpromise—because we don’t underdeliver.

2. Detailed Project Scheduling

Our project managers use dynamic scheduling tools that factor in lead times, supplier logistics, and contractor availability. Every milestone has a backup plan, and we communicate regularly with all parties to stay aligned.

3. Vendor and Material Coordination

We work closely with vetted vendors and maintain strong supplier relationships to anticipate material delays. When needed, we’ll offer alternate material solutions to keep your project moving forward.

We believe in total project transparency. You’ll never be left guessing about the status of your project. Our clients receive regular updates, and any potential issues are communicated clearly, with proactive solutions.

5. Flexible Problem-Solving

Delays happen, but we don’t let them define the project. Whether rescheduling subcontractors or adjusting delivery dates, we’re known for staying adaptable without compromising quality or goals.

How You Can Help Keep Things Moving

Clients play a key role in project momentum. Here’s how to support an on-time delivery:

Approve specs and designs promptly
Communicate clearly and consistently
Be open to alternate materials when needed
Trust your project team’s scheduling process
Plan for contingencies in your timeline

On-Time Project Delivery Is Our Priority

At AMS, we understand how important deadlines are—whether you’re opening a new location, launching a product, or updating your space. That’s why we approach every project with a schedule-first mindset, grounded in clarity, accountability, and professionalism.

If you’ve experienced delays on past projects or want a more transparent partner in the future, we’re here to help.

Let’s get your project done on time and done right.

Choosing the Right Fabrication Partner: 5 Questions to Ask

Mon, 26 Oct 2026 20:11:35 GMT

When it comes to custom metal fabrication, choosing the right partner can make or break your project. Whether you’re in aerospace, automotive, energy, or medical manufacturing, working with a reliable, full-service fabricator is essential for achieving high-quality results on time and within budget.

To help you make an informed decision, here are five crucial questions to ask any potential metal fabrication company:

What Experience Do You Have in My Industry?

Not all fabricators are created equal, especially regarding industry-specific standards and compliance. A metal fabrication partner with proven experience in your field will understand the regulatory requirements, tolerances, and performance expectations your products must meet.

For example, aerospace fabrication demands high-precision machining and traceability, while medical equipment may require cleanroom-compatible coatings or strict material certifications.

Choosing a fabrication shop that has worked with companies in your industry gives you peace of mind and reduces the learning curve on your projects.

Can You Handle the Entire Fabrication Process In-House?

Time and efficiency matter. Selecting a partner that offers end-to-end fabrication services—including CNC machining , laser cutting , welding , powder coating , assembly, and packaging —can significantly streamline your supply chain.

In-house capabilities mean fewer vendors, reduced lead times, lower transportation costs, and better quality control.

It also ensures consistency throughout production, from prototyping to delivery.

What Quality Control Measures Are in Place?

Quality assurance is a must when it comes to custom metal components. Ask potential partners about their inspection processes, certifications (such as ISO 9001), and how they maintain product consistency.

Look for fabricators that use precision measurement tools, maintain material traceability, and offer first article inspection reports (FAIRs).

A rigorous quality control system helps reduce rework, improve part performance, and ensure on-time project completion.

What Are Your Lead Times and How Do You Manage Deadlines?

A reliable fabrication timeline is critical for keeping your operations on track. Delays can create bottlenecks and increase costs, primarily if your production depends on just-in-time delivery.

Ask for realistic turnaround times, learn how they handle rush orders, and request information on their on-time delivery rate.

Choose a fabrication company that’s transparent about its capacity and proactive in communicating project updates.

Can You Share References or Case Studies?

Case studies and client testimonials can offer valuable insight into how a fabrication shop handles real-world challenges. Whether it’s a quick-turn aerospace prototype or a large-volume automotive production run, examples of past successes speak volumes about their capabilities.

Request examples of projects similar to yours, along with metrics like cost savings, delivery timelines, and quality benchmarks.

A confident fabricator won’t hesitate to provide proof of performance.

Why AMS Is the Right Fabrication Partner

At AMS (Accurate Metal Solutions), we specialize in high-precision metal fabrication backed by full-service, in-house capabilities. We’ve helped companies across the aerospace, medical, automotive, energy, and construction industries achieve faster turnaround times and superior results.

Here’s what sets us apart:

Comprehensive capabilities: CNC machining, powder coating, welding, laser cutting, assembly, packaging—all under one roof.
ISO-compliant quality systems that ensure every component meets your exact specifications.
Shorter lead times and reliable scheduling that keeps your production on track.
Case studies and references available upon request—we let our results speak for themselves.
Proudly made in the USA, supporting domestic manufacturing and supply chain resilience.

Ready to Partner with AMS?

Let’s bring your next project to life with unmatched quality and service. Contact us today for a quote or learn more about our custom metal fabrication capabilities

How Reshoring is Powering U.S. Manufacturing

Mon, 26 Oct 2026 19:55:26 GMT

In recent years, the concept of reshoring manufacturing—bringing production back to the United States—has gained significant traction. This movement is largely driven by challenges such as global supply chain disruptions, extended lead times, and geopolitical tensions. As a result, many manufacturers are turning to domestic metal suppliers to enhance reliability and efficiency in their operations.

The Shift Toward Domestic Sourcing

The COVID-19 pandemic exposed vulnerabilities in global supply chains, leading to delays and increased costs. Consequently, companies are prioritizing local metal sourcing to mitigate these risks. Collaborating with U.S. metal fabrication firms enables businesses to achieve shorter lead times, improved quality control, and enhanced supply chain resilience.

Benefits of Reshoring

Reduced Lead Times : Partnering with short lead time suppliers domestically allows manufacturers to respond swiftly to market demands, minimizing production delays.
Enhanced Quality Control : Working closely with reliable metal suppliers in the United States ensures adherence to stringent quality standards, resulting in superior custom metal components.
Supply Chain Resilience : Domestic sourcing minimizes exposure to international disruptions, fostering a more robust and dependable metal supply chain.
Cost-Effectiveness : While initial costs may be higher, reshoring can lead to long-term savings by reducing expenses associated with extended supply chains and tariffs.

Challenges in the Reshoring Process

Despite its advantages, reshoring presents certain challenges:

Skilled Labor Shortage: The U.S. faces a shortage of skilled workers in the manufacturing sector. Addressing this requires investment in workforce development and training programs.
Regulatory Compliance: Navigating the complex regulatory landscape in the United States can be demanding, necessitating thorough understanding and adherence to local laws.
Initial Transition Costs: Shifting operations back to the U.S. involves upfront investments in infrastructure and technology, which can be substantial.

The Role of Technological Advancements

Embracing technological advancements is crucial for successful reshoring. Implementing automation, precision metal fabrication, and CNC machining can enhance efficiency and offset higher labor costs. Additionally, adopting advanced manufacturing processes improves product quality and consistency.

Case Studies: Successful Reshoring Initiatives

Several manufacturing companies have successfully transitioned to domestic production:

Automotive Industry : Companies have moved the production of critical components like stainless steel parts back to the U.S., ensuring better quality control and reducing long lead times.
Aerospace Sector : Manufacturers have partnered with domestic industrial metal fabrication firms to produce high-precision components, benefiting from shorter lead times and enhanced collaboration.

Future Outlook

The trend of reshoring is expected to continue, influenced by factors such as:

Geopolitical Tensions : Ongoing global uncertainties make domestic sourcing a strategic priority.
Customer Service : Proximity to clients allows for improved communication and responsiveness, enhancing customer satisfaction.
Supply Chain Management : A focus on supply chain resilience and reducing lead time positions U.S. manufacturers competitively in the global market.

Looking Ahead

Reshoring offers U.S. manufacturers an opportunity to strengthen their operations by collaborating with domestic metal suppliers. While challenges exist, the benefits of enhanced quality, reduced lead times, and supply chain resilience make a compelling case for this strategic shift. By investing in technology and workforce development, American manufacturing solutions can thrive in the evolving global landscape.

Top Industries That Depend on Metal Fabrication with AMS

Mon, 26 Oct 2026 19:46:45 GMT

Metal fabrication is the backbone of many industries, providing essential components that keep businesses running. From aerospace and automotive to medical and construction, fabricated metal parts play a crucial role in ensuring strength, precision, and durability in various applications. At AMS, we specialize in delivering high-quality, custom metal fabrication for a wide range of industries, helping businesses meet their unique manufacturing needs.

Aerospace: Precision and Strength in Every Component

The aerospace industry requires high-precision metal fabrication to produce lightweight, durable, and heat-resistant parts for aircraft and spacecraft. AMS works with aerospace companies to manufacture custom metal components that meet strict industry regulations. Whether it’s aircraft panels, structural supports, or engine parts, our expertise in CNC machining, laser cutting, and welding ensures every piece is built to exact specifications.

Common Aerospace Metal Fabrication Applications:

Aircraft frames and structural components
Engine parts and turbine blades
Lightweight aluminum and titanium components

Automotive: Manufacturing for Performance and Durability

From classic cars to modern electric vehicles, the automotive industry depends on precision metal fabrication for everything from chassis components to engine brackets. AMS specializes in automotive metal fabrication, providing CNC machining, laser cutting, and welding services to ensure durability, efficiency, and high performance.

Common Automotive Metal Fabrication Applications:

Engine brackets and mounts
Exhaust systems and heat shields
Chassis frames and body panels

Medical: Precision Components for Life-Saving Equipment

The medical industry requires highly accurate and sterile metal components for devices, surgical tools, and hospital equipment. AMS provides custom medical device fabrication, ensuring all parts meet strict quality and safety standards. Our precision metal fabrication supports the production of surgical instruments, medical enclosures, and implantable devices, all built with precision and reliability.

Common Medical Metal Fabrication Applications:

Surgical tools and equipment
Medical enclosures for diagnostic machines
Custom stainless steel components for medical devices

Construction: Strong and Reliable Structural Components

The construction industry relies on metal fabrication for building frameworks, railings, support beams, and custom metal structures. AMS provides custom welding and fabrication services for commercial and residential construction, ensuring projects are built to last. With sheet metal fabrication and CNC machining, we create architectural metalwork, structural components, and durable enclosures used in large-scale projects.

Common Construction Metal Fabrication Applications:

Steel beams and framework
Architectural metal panels and railings
HVAC enclosures and ductwork

Industrial Equipment & Manufacturing: Heavy-Duty Metal Fabrication

Manufacturers rely on custom metal fabrication to produce machine parts, conveyor systems, and enclosures for industrial use. AMS provides precision CNC cutting and welding to create durable, high-performance metal components that keep industrial operations running smoothly.

Common Industrial Metal Fabrication Applications:

Custom machine parts and housings
Conveyor belt systems and production line components
Heavy-duty enclosures for electrical and mechanical systems

Energy & Petroleum: Durable Fabrication for Harsh Environments

The energy and petroleum industry requires corrosion-resistant and durable metal fabrication for oil rigs, pipelines, storage tanks, and refinery equipment. AMS provides industrial welding and CNC machining services to create custom metal components that can withstand extreme temperatures, pressure, and chemical exposure.

Common Energy & Petroleum Metal Fabrication Applications:

Oil and gas pipelines
Structural supports for drilling rigs
Heavy-duty tanks and pressure vessels

How AMS Supports These Industries

At AMS, we understand that each industry has unique needs. That’s why we offer a full range of metal fabrication services, including:

CNC machining and milling for high-precision parts
Industrial laser cutting for clean, accurate cuts
Custom welding and metal forming for durable structures
Powder coating and finishing for corrosion-resistant surfaces
On-site sandblasting for surface preparation and restoration

Looking for a Trusted Metal Fabrication Partner

AMS is proud to support aerospace, automotive, medical, construction, industrial, and energy businesses with high-quality, custom metal fabrication solutions. Whether you need high-precision CNC cutting , custom welding, or sheet metal fabrication, our experienced team delivers fast, cost-effective results.

How AMS Solves Supply Chain Challenges with In-House Production

Mon, 26 Oct 2026 19:08:27 GMT

In an ever-evolving business landscape, companies need reliable manufacturing partners to stay ahead of the curve. Supply chain disruptions have become a common challenge, with issues like delayed deliveries, inconsistent product quality, and rising costs affecting businesses across industries. At AMS, we’ve built our reputation on providing supply chain solutions that address these challenges. By keeping everything under one roof, our in-house production ensures faster turnaround times, cost savings in manufacturing, and unmatched efficiency, making us a trusted partner for clients who value reliability.

The Supply Chain Problem

Supply chains are often complicated, involving multiple vendors, third-party manufacturers, and transportation networks. While outsourcing production may seem cost-effective, it can lead to serious problems:

Delays: Relying on external suppliers can slow production timelines due to shipping issues, labor shortages, or unexpected disruptions.
Inconsistent Quality: Working with multiple vendors often results in varying quality standards, impacting the final product.
Higher Costs: Additional handling, transportation, and miscommunication between various suppliers often inflate costs.

To avoid these pitfalls, AMS’s approach to supply chain management through in-house production is the ultimate solution.

AMS’s In-House Production Advantage

At AMS, we’ve designed our operations to prioritize control, consistency, and efficiency. By managing every step of the manufacturing process in-house, we eliminate the risks associated with traditional supply chains. Here’s how our approach ensures reliability:

End-to-End Control
Our in-house production means that every aspect of your project is handled under one roof. From raw materials to finished products, we oversee every step, ensuring that no detail is overlooked. This control allows us to maintain strict quality assurance and minimize errors.
Faster Turnaround Times
With no need to rely on external vendors, AMS can streamline production schedules. Our teams work closely together, ensuring seamless coordination and quicker delivery times. Whether you need prototypes or full production runs, we deliver on time, every time.
High-Quality Production
One of the biggest advantages of in-house production is consistent high-quality production. At AMS, we maintain rigorous quality assurance processes at every stage of production. This ensures that each part meets the same high standards, giving you a finished product you can trust.
Cost Savings
While outsourcing may appear cheaper at first glance, hidden costs like shipping delays and poor-quality materials can quickly add up. By producing everything in-house, we reduce overhead expenses and pass those cost savings in manufacturing on to you. With AMS, you’re guaranteed value without sacrificing quality.
Flexible Solutions
In-house production allows us to adapt to your specific needs. Whether you require custom designs, tight tolerances, or quick adjustments, our team is equipped to handle it. We can pivot quickly to meet changing project requirements without the delays associated with outsourcing.

What Makes AMS Different?

When you choose AMS, you’re partnering with a company that prioritizes your success. Our 30+ years of experience, combined with our state-of-the-art facilities and expert team, make us the reliable choice for all your manufacturing needs. From providing supply chain solutions to ensuring exceptional high-quality production, we’re proud to offer results that exceed expectations.

Whether you’re dealing with tight deadlines, complex designs, or challenging supply chain issues, AMS’s in-house production ensures you get the results you need, when you need them.

Partnering for Success

In a world of unpredictable supply chain disruptions, AMS stands out as a dependable manufacturing partner. By focusing on in-house production, we provide supply chain solutions that eliminate delays, ensure high-quality production, and deliver cost savings in manufacturing. With AMS, you can trust that your projects are handled with care, precision, and reliability. Let us help you grow your business with manufacturing solutions you can count on.

Powder Coating Excellence: How AMS Sets the Standard

Fri, 23 Oct 2026 20:32:41 GMT

For over 30 years, AMS has been a trusted name in powder coating, serving the Dallas and Fort Worth areas with custom solutions tailored to every need. Our experience, attention to detail, and commitment to exceeding industry standards make us stand out from the competition. Whether you need durable finishes, corrosion resistance, or visually stunning coatings, AMS has the expertise to deliver exceptional results.

What Is Powder Coating?

Powder coating is a method of applying a durable, protective finish to metal surfaces. Unlike traditional liquid paint, powder coating uses a dry powder that is electrostatically charged and then cured under heat. This process creates a tough, long-lasting layer that resists chipping, scratching, and corrosion. It is an environmentally friendly solution that produces minimal waste and offers countless customization options in terms of colors, effects, and textures.

Why Choose AMS for Powder Coating?

At AMS, we go above and beyond to ensure our powder coating process delivers unparalleled quality. Here are some reasons why our services are unmatched:

Industry Expertise With decades of experience, we have perfected our powder coating techniques. Our team understands the importance of preparation, precision, and quality control, ensuring every project exceeds expectations.
Advanced Process We start with a high-quality phosphate wash to thoroughly clean and prepare the metal. This critical step ensures optimal paint adhesion. Unlike many competitors, we preheat the parts before applying the powder. This extra step enhances adhesion and ensures a flawless, long-lasting finish.
Two-Coat Powder Coating AMS offers two-coat powder coating, a feature that sets us apart. This process involves applying two layers of powder for added durability and visual appeal. Few competitors in the industry provide this advanced option.
Uncompromising Quality Control Throughout the process, we inspect every part using a paint thickness gauge to ensure consistent coating. This attention to detail guarantees a durable and uniform finish.
Custom Solutions From low-gloss to high-gloss finishes and textured to wrinkled effects, AMS provides a nearly unlimited range of colors and finishes. We work closely with you to create coatings that align with your vision and needs.

The Benefits of Powder Coating

Powder coating accounts for 85% of all painted finishes in the market. Here are the key benefits:

Durability: Powder-coated surfaces resist chipping, scratching, and corrosion, making them ideal for long-term use.
Corrosion Resistance: The coating adds a protective layer that prevents rust and other damage.
Customizability: Choose from an extensive range of colors, gloss levels, and textures to match your project’s requirements.
Environmental Benefits: Powder coating produces minimal waste and does not release harmful VOCs (volatile organic compounds), making it an eco-friendly choice.
Versatility: It can be applied to various metals, including steel, aluminum, iron, and zinc.

Applications of Powder Coating

Powder coating is used across industries for its durability and aesthetic appeal. Common applications include:

Automotive: Coating for car parts like wheels, bumpers, and chassis components.
Industrial Equipment: Protecting machinery from wear and corrosion.
Appliances: Durable finishes for refrigerators, ovens, and washing machines.
Outdoor Furniture: Weather-resistant coatings for tables, chairs, and railings.

Partner with AMS for Superior Powder Coating

At AMS, we’re proud to provide turn-key solutions under one roof. Our 70,000-square-foot facility is equipped with modern machinery and staffed by experts dedicated to delivering the best results. Whether your project is big or small, our collaborative approach ensures your needs are met with precision and efficiency.

Let AMS show you how powder coating can transform your metal parts with stunning, durable finishes. Contact us today to discuss your project and discover why we’re the trusted powder coating experts in the Dallas and Fort Worth areas.

Optimizing Design in Metal Stamping for Precision & Efficiency

Fri, 23 Oct 2026 20:11:15 GMT

The manufacturing world is evolving, and design optimization is playing a crucial role in improving how we create metal parts. This technique uses advanced tools to enhance designs before production even begins. With precision metal stamping, companies can produce lighter, stronger, and more cost-effective products. Whether it’s a custom metal stamp or durable stamped parts, design optimization ensures top-quality results.

What Is Design Optimization?

Design optimization is the process of refining product designs using computer simulations. Instead of spending time and money on physical prototypes, engineers can test and improve designs virtually. This makes the metal stamping process faster, more precise, and cost-efficient.

By using this method, manufacturers create innovative metal stamping parts made from materials like steel and stainless steel. These designs are ideal for industries that require high-quality, durable components.

Benefits of Design Optimization

Better Performance

Strength and Durability: Simulation tools help analyze stress and fatigue, ensuring that parts can withstand real-world loads.
Precision Functionality: Parts like gears, springs, and heat sinks can be optimized for better performance.

Cost Savings

Less Material Waste: Optimized designs use less material, cutting down on material costs.
Simplified Manufacturing: Streamlined designs reduce production time and costs, making metal sheet stamping services more affordable.

Faster Time to Market

Virtual Testing: By running simulations, fewer physical prototypes are needed, saving time and accelerating development.
Quick Adjustments: Engineers can make faster changes to designs to meet customer requirements.

Tools Used in Design Optimization

Key tools used for design optimization in the manufacturing process include:

Finite Element Analysis (FEA): This tool helps test how a design behaves under stress and pressure.
Computational Fluid Dynamics (CFD): This method optimizes designs that involve fluid flow or heat transfer, such as heat sinks and fluidic systems.
Multiphysics Simulation: This combines FEA and CFD to study complex systems and refine designs for parts that require both structural and fluid considerations.

Key tools used for design optimization in the manufacturing process include:

Finite Element Analysis (FEA): This tool helps test how a design behaves under stress and pressure.
Computational Fluid Dynamics (CFD): This method optimizes designs that involve fluid flow or heat transfer, such as heat sinks and fluidic systems.
Multiphysics Simulation: This combines FEA and CFD to study complex systems and refine designs for parts that require both structural and fluid considerations.

The Importance of Quality Control

To ensure consistent, high-quality results, strict quality control is essential. Using advanced monitoring and real-time data, manufacturers maintain high standards throughout the metal stamping process. This guarantees that each custom metal stamp or stamped part meets customer specifications.

Meeting Industry Demands

Companies need reliable, high-quality solutions to meet growing demands. Whether it’s steel, stainless steel, or other materials, design optimization makes it possible to deliver metal stamping services that are precise and cost-efficient. For high-volume production, this means manufacturers can meet deadlines while maintaining high-quality standards.

Sustainability in Metal Stamping

Design optimization also helps make the manufacturing process more sustainable. By reducing waste and improving material efficiency, companies save money and minimize their environmental impact. This approach helps create durable, efficient metal stamping parts that meet the needs of the modern world.

Looking Ahead

The future of the metal stamping process is bright. With the rise of automation, robotics, and smart manufacturing, CNC metal stamping services are becoming more efficient and accurate. Additionally, additive manufacturing technologies like 3D printing are playing an increasing role in creating custom metal stamp designs for specialized applications.

At AMS, we are committed to leading the way in innovation. Whether you need metal sheet stamping services for small or large production runs, we’re here to deliver high-quality results. Contact us today to learn more about how our design optimization techniques can improve your next project.

Discover the AMS Advantage in CNC Machining

Fri, 23 Oct 2026 19:17:33 GMT

Metal Machining: Precision At Its Best

Precision is paramount in metal machining, where advanced CNC machining techniques are employed to create intricate and accurate parts. At AMS (Accurate Metal Stamping), our CNC machining capabilities allow us to produce detailed components with tight tolerances, essential for industries that demand high precision, such as aerospace and medical devices. In this blog, we will explore the intricacies of metal machining, the technology we use, and how we ensure the highest quality in every project.

CNC Machining Technology

CNC machining (Computer Numerical Control machining) involves the use of computer-controlled tools to remove material from a workpiece to achieve the desired shape. This process offers unparalleled precision and repeatability, making it ideal for producing complex parts with exact specifications. At AMS, we invest in the latest CNC technology and maintain a te am of skilled machinists to ensure that each part meets our clients’ exact requirements.

Our CNC machining equipment includes state-of-the-art milling machines, lathes, and multi-axis machining centers. These machines are capable of performing a variety of operations,

such as drilling, milling, turning, and tapping, with high precision. The use of computer controls allows for the automation of these processes, ensuring consistency and accuracy in every part we produce.

Our investment in advanced CNC machining technology ensures that each part we produce meets the highest standards of precision and quality. For the latest innovations and trends in CNC machining, explore Manufacturing Tomorrow .

Advantages of CNC Machining

CNC machining offers several advantages over traditional machining methods. One of the primary benefits is the high level of precision and accuracy it provides. The computer controls allow for the production of parts with tight tolerances, ensuring that each component meets the exact specifications required by our clients. This is particularly important for industries such as aerospace and medical devices, where precision is critical.

Another significant advantage of CNC machining is its repeatability. Once a program is created for a specific part, it can be used to produce multiple identical parts with the same level of accuracy. This makes CNC machining ideal for both prototyping and large-scale production runs. Additionally, CNC machining is highly efficient, reducing the time and labor required to produce complex parts. This translates to cost savings for our clients.

Applications of CNC Machining

Our CNC machining services complement our other fabrication processes, providing a comprehensive solution for our clients. We produce components for a variety of applications, including aerospace parts, medical devices, and custom metalwork. Each part is manufactured to meet stringent quality standards and precise specifications.

In the aerospace industry, CNC machining is used to produce components such as turbine blades, engine parts, and structural components. These parts require high precision and tight tolerances to ensure the safety and performance of the aircraft. Similarly, in the medical device industry, CNC machining is used to produce components for surgical instruments, implants, and diagnostic equipment. The precision and accuracy of CNC machining are essential for ensuring the safety and effectiveness of these devices.

Aerospace Components: A Case Study

In a recent project, we partnered with an aerospace manufacturer to produce components for a new aircraft model. The project required high-precision machining of complex parts, which we achieved using our advanced CNC technology. The components met all the required specifications and contributed to the successful development of the aircraft.

The project involved the production of turbine blades, which required tight tolerances and high precision to ensure optimal performance. Using our CNC milling machines, we were able to achieve the required level of accuracy and consistency in each blade. The client was extremely satisfied with the results, noting the quality and precision of the parts. This successful project highlights the capabilities and benefits of our CNC machining services.

Quality Assurance in CNC Machining

At AMS, quality assurance is a critical component of our CNC machining process. We implement rigorous quality control measures at every stage of production to ensure that each part meets the highest standards of quality and precision. Our quality assurance process includes the use of advanced inspection equipment, such as coordinate measuring machines (CMMs), to verify the dimensions and tolerances of each part.

We also conduct regular maintenance and calibration of our CNC machines to ensure their accuracy and reliability. Our team of skilled machinists is trained to identify and address any issues that may arise during the machining process, ensuring that each part meets the exact specifications required by our clients.

The Bottom Line

Metal machining is a critical process in metal fabrication, and at AMS, we specialize in providing high-precision CNC machining services. Our investment in advanced technology and commitment to quality ensure that each part we produce meets the exact specifications and highest standards of our clients. Whether it’s for aerospace, medical devices, or custom metal work, our CNC machining capabilities provide a comprehensive solution for your metal fabrication needs.

Stay tuned for more in-depth explorations of our metal fabrication processes, and contact us today to learn how AMS can help with your next project.

Metal Joining: Building Strong Connections

Fri, 23 Oct 2026 18:56:44 GMT

At AMS (Accurate Metal Stamping), metal joining is a vital aspect of our metal fabrication services. This process involves techniques such as welding to assemble parts and components, ensuring robust and reliable joints. We specialize in both MIG welding and TIG welding, providing solutions that meet the diverse needs of our clients.

MIG and TIG Welding

MIG welding (Metal Inert Gas welding) is a versatile technique suitable for joining various types of metals. It uses a continuous wire feed as an electrode and an inert gas, typically argon or a mixture of argon and carbon dioxide, to shield the weld from contamination. This method is known for its speed and efficiency, making it suitable for high-production environments. MIG welding offers high welding speeds and strong welds, making it ideal for large-scale production. Its ease of use and ability to work on various metals, including aluminum, stainless steel, and mild steel, make it a popular choice for many applications.

TIG welding (Tungsten Inert Gas welding) provides greater precision and is used for projects that require high-quality welds, such as stainless steel fabrication. It uses a tungsten electrode and a separate filler material, allowing for greater control and precision. This makes TIG welding ideal for applications where the appearance and integrity of the weld are crucial, such as in aerospace, automotive, and intricate metal projects. Although TIG welding is slower and more complex than MIG welding, it produces superior-quality welds, making it perfect for critical and detailed work.

Advantages of Metal Joining

Metal joining is essential for creating durable assemblies, whether for structural steel fabrication or custom metal projects. The welding process enhances the strength and integrity of the joints, ensuring that the final product can withstand various stresses and loads. This reliability is crucial for the safety and longevity of the structures we build. Moreover, proper metal joining helps to prevent failures and maintain the overall quality of the project, making it a vital part of our fabrication services. To achieve these high standards, we utilize both MIG and TIG welding techniques, which provide strong, reliable welds tailored to meet the specific requirements of each project.

One of the main advantages of MIG welding is its speed and efficiency, which makes it suitable for large-scale production. TIG welding, while slower, offers greater precision and control, making it ideal for projects that require high-quality and aesthetically pleasing welds. By offering both MIG and TIG welding, AMS can meet the diverse needs of our clients and ensure that each project is completed to the highest standards. For more information on these welding standards, visit the American Welding Society .

Applications of Metal Joining

Our metal joining services are used in various applications, from structural steel fabrication to custom metal projects. For example, metal joining is crucial in the construction industry for creating structural components that require strong and reliable welds. These welds ensure the integrity and safety of buildings and other structures, making them able to withstand various stresses and loads. Reliable metal joining is essential for maintaining the structural soundness necessary for safe and long-lasting buildings.

In the automotive industry, metal joining is essential for assembling body panels, frames, and other components.

The precision and strength of the welds contribute significantly to the overall performance and durability of vehicles. High-quality welds ensure that vehicle parts remain securely joined, even under the stress of daily use and harsh driving conditions. This is especially important for safety-critical parts such as the vehicle frame and body panels, where the strength and reliability of the welds can directly impact the safety of the vehicle.

Our expertise in metal joining allows us to deliver high-quality results for a wide range of applications. We work closely with our clients to understand their specific requirements and develop tailored solutions that meet their needs. Whether it’s welding complex geometries in aerospace components or creating durable joints in heavy machinery, our skilled team is equipped to handle any challenge. We use advanced welding techniques, such as MIG and TIG welding, to ensure that each joint is strong, precise, and reliable. Drawing on our extensive experience and state-of-the-art equipment, we provide superior metal joining services that enhance the performance and longevity of the final product.

Structural Steel Fabrication: A Case Study

We recently completed a project involving the fabrication of structural steel components for a large commercial building. This project was particularly challenging due to the complex design and the necessity for strong and reliable welds to ensure the building’s safety and stability. Our team used advanced MIG welding techniques to join the steel components, making sure each weld was strong and precise. We carefully followed all safety and quality guidelines to meet the strict standards required for such an important project.

Throughout the fabrication process, our team conducted regular inspections and quality checks to ensure that every component met the highest standards of excellence. The success of this project not only shows the capabilities and benefits of our metal joining services but also demonstrates our commitment to delivering high-quality, reliable solutions for complex construction projects. This achievement strengthens AMS’s reputation as a trusted partner in the structural steel fabrication industry.

The Bottom Line

Metal joining is a critical process in metal fabrication, and at AMS, we specialize in providing robust and reliable solutions through MIG and TIG welding. Our expertise in metal joining ensures that each joint is executed with precision and reliability, contributing to the overall strength and integrity of the final product. Whether it’s for structural steel fabrication, stainless steel fabrication, or custom metal work, our metal joining services are designed to deliver superior results.

Stay tuned for more in-depth explorations of our metal fabrication processes, and contact us today to learn how AMS can help with your next project.

The Future of Metal Stamping: Technological Advancements

Fri, 23 Oct 2026 18:44:43 GMT

New technology is transforming the metal stamping industry. Automation, robotics, and smart manufacturing are making metal stamping faster, more precise, and more flexible. Let’s explore how these advancements are changing metal stamping and what they mean for the future of metal fabrication.

Automation and Robotics

Automation is one of the most important changes in metal stamping. Automated systems and robots are transforming how we handle metal stamping projects.

Increased Efficiency: Automation uses machines and technology to do tasks that humans used to do. In metal stamping, robots handle large production volumes with greater speed and accuracy. Robots can feed metal material into stamping presses, do the stamping, and remove stamped parts for inspection.
Consistency and Precision: Robots reduce human error. They work with high precision, making sure each metal component is stamped exactly to the needed shape. This makes the process faster and results in high-quality stamped parts, which is especially important for industries like aerospace and automotive.
Cost Reduction: Automation lowers labor costs by reducing the need for human workers. It also cuts down on material waste, as machines can produce metal components with consistent quality, reducing defective parts.

Smart Manufacturing

Smart manufacturing is another trend-changing metal stamping. It uses the Internet of Things (IoT) and data analytics to improve the manufacturing process.

Smart manufacturing involves using sensors in stamping equipment. These sensors allow for real-time monitoring of the production process, like machine temperature, pressure, and speed. This makes sure that metal material is processed efficiently, helping maintain the quality of each stamped part.
Predictive Maintenance: Smart manufacturing also allows for predictive maintenance. By analyzing data from the sensors, manufacturers can predict when machines will need repairs or maintenance. This helps avoid downtime and keeps the production line running smoothly, ensuring that every metal stamping project is completed on time.
Optimized Production: Data also helps manufacturers fine-tune the production process. By watching the performance of stamping presses, they can adjust settings to make sure every metal component is made with the highest level of precision, achieving the desired shape with little waste.

Additive Manufacturing (3D Printing)

Additive manufacturing, also known as 3D printing, is changing the way custom metal stamping is done. While traditional stamping is best for making lots of parts quickly, 3D printing offers new

opportunities for more complex, custom designs.

Complementing Traditional Stamping: 3D printing allows manufacturers to create prototypes and custom parts that may not be possible with metal stamping alone. This is helpful for industries like medical devices, aerospace, and electronics, where more complex geometries and types of metals are needed.
Prototyping and Customization: Additive manufacturing also helps companies produce small batches of custom parts before starting large-scale production with metal stamping. It’s a flexible option for testing designs and making adjustments. It’s especially useful when working with materials like stainless steel and aluminum, which offer corrosion resistance.

Industry Implications

The future of metal stamping looks bright because of these technological advancements. Companies that use automation, robotics, and smart manufacturing will improve their efficiency and stay competitive by delivering high-quality stamped parts.

Enhanced Capabilities: These technologies allow for more complex designs, faster production, and higher precision. Industries like automotive, aerospace, and medical devices rely on precision metal stamping, and these advancements help meet the demand for custom metal components.
Sustainability: Smart manufacturing also makes metal stamping more sustainable. Efficient machines, less waste, and better production processes mean less energy is used, and fewer raw materials are wasted. This contributes to a greener metal fabrication industry .
Future Trends: As technology continues to improve, automation and smart manufacturing will drive more innovation in metal stamping. Additive manufacturing will likely play a bigger role in customization, offering more options for industries that need specialized metal materials for unique projects.

For more insights into how AMS Metal is embracing the latest technology, check out their blog on tube laser cutting . AMS Metal stays ahead of the curve by using cutting-edge machines like the Ermaksan Fibermak Gen-3 to deliver high-quality, precise metal components.

Shaping Tomorrow

By embracing these innovations, the metal stamping industry is ready to meet the needs of many sectors, offering efficient, precise, and customizable solutions for the modern world.

Metal Forming: Shaping the Future with Precision

Fri, 23 Oct 2026 18:32:12 GMT

Metal forming is a critical process at AMS (Accurate Metal Stamping), where we shape metals into desired forms through bending, pressing, and stretching. This step is essential for creating components that are both functional and aesthetically pleasing. Our expertise in metal forming allows us to handle complex shapes and ensure that each piece meets exact specifications and tolerances.

Advanced Metal Forming Techniques

We utilize a variety of advanced machinery and forming techniques to achieve precise results. Our equipment includes press brakes, roll forming machines, and other tools that enable us to bend and shape metal sheets into the required forms. This capability is crucial for industries like automotive and aerospace, where consistent quality and durability are essential.

Press braking is used to bend metal sheets into desired shapes with high precision. The process involves placing a metal sheet between a punch and a die, which are pressed together to create the bend. Roll forming, on the other hand, is a continuous bending operation in which a long strip of metal is passed through consecutive sets of rolls to achieve the desired shape. These techniques allow us to create complex shapes and components with consistent quality.

Advantages of Metal Forming

Metal forming offers several advantages, including the ability to create complex shapes and achieve high precision. It also enhances the mechanical properties of the metal, such as strength and hardness, through processes like work hardening. Additionally, metal forming is a cost-effective method for producing parts, as it reduces material waste and minimizes the need for additional finishing processes. For more information on the benefits and applications of metal forming, visit The Ultimate Overview of Metal Forming by The Federal Group USA .

The precision of metal forming is particularly important for industries that require high-quality and durable components. For example, in the automotive industry, body panels and structural components must meet exact specifications to ensure safety and performance. Similarly, in the aerospace industry, parts must adhere to strict tolerances to ensure the integrity of the aircraft. Our advanced forming techniques allow us to meet these stringent requirements and deliver high-quality components.

Applications of Metal Forming

Our metal forming services cater to a range of applications, from stainless steel fabrication to aluminum fabrication. Whether it’s for automotive body panels or aerospace components, we ensure that every piece is manufactured to the highest standards.

In the automotive industry, metal forming is used to produce body panels, structural components, and other parts that require precise shapes such as tools and tool parts. In the aerospace industry, metal forming is essential for creating lightweight and strong components that meet stringent quality and safety standards. Our expertise in metal forming allows us to serve these industries effectively and deliver components that meet their specific requirements.

The Bottom Line

Metal forming is a critical process in metal fabrication, and at AMS, we excel in shaping metals into precise and complex forms. Our advanced machinery and techniques ensure that each piece meets exact specifications and tolerances, making us a trusted partner for industries like automotive and aerospace. Whether it’s for stainless steel fabrication, aluminum fabrication, or custom metal work, our metal forming services are designed to deliver superior results.

Stay tuned for more in-depth explorations of our metal fabrication processes, and contact us today to learn how AMS can help with your next project.

AMS Reveals Fast and Flawless Laser Cutting with New Tech

Fri, 23 Oct 2026 18:25:33 GMT

At AMS (Accurate Metal Stamping), metal cutting is a key step in our metal fabrication process. This important stage involves slicing metal into specific shapes and sizes to get it ready for further work.

Our advanced laser cutting technology ensures that each cut is precise and efficient, allowing us to deliver high-quality results for various applications. Additionally, tube laser cutting is the newest technology we offer in our laser cutting services, providing even greater precision and versatility for your projects.

Cutting Edge Technology

At AMS, we use state-of-the-art laser cutting equipment from top industry leaders like Amada. Our laser cutting capabilities let us work with a wide range of metals, including sheet metal and structural steel. This means we can handle different thicknesses and complexities with ease.

One big advantage of laser cutting over traditional methods is the precision it offers. Laser cutting produces cleaner cuts and can handle intricate designs much better than mechanical cutting. This technology also reduces the risk of material deformation, which can happen with other cutting methods.

Additionally, laser cutting allows for faster turnaround times. This means we can improve overall production efficiency, getting your projects done more quickly and accurately. Whether you need simple cuts or complex designs, our advanced laser cutting technology ensures top-notch results every time.

Advantages of Laser Cutting

Laser cutting has many advantages over traditional cutting methods. One of the main benefits is its high precision. The laser beam is very fine, which allows for detailed and accurate cuts. This is especially important for projects with intricate designs or tight tolerances. Additionally, laser cutting produces cleaner cuts with minimal burring. This means less need for extra finishing processes and results in smoother edges and a higher-quality finish.

Another big advantage of laser cutting is its speed and efficiency. The process is much faster than mechanical cutting methods, leading to shorter turnaround times for our clients. This efficiency also helps save costs by reducing the labor and time needed to complete a project. Furthermore, laser cutting minimizes material waste, making it an environmentally friendly choice. It is also versatile and can be used on various metals, including stainless steel, aluminum, and mild steel.

Laser cutting is perfect for projects that need high levels of detail and accuracy. This precise technique is often used to create intricate parts for pressure vessels, custom metal work, and structural steel fabrication. It ensures that each piece meets exact specifications. The speed and efficiency of laser cutting lead to shorter turnaround times and cost savings for our clients. Additionally, the ability to produce consistent, high-quality cuts reduces the need for costly rework and minimizes material waste. This makes laser cutting both time-efficient and cost-effective for complex fabrication projects.

Tube Laser Cutting Delivers Breakthrough Efficiency

At AMS, we use advanced tube laser cutting technology to deliver precise and efficient solutions. Our Ermaksan Fibermak Momentum Gen-3 machine sets the standard for quality in metal fabrication. With 6 kW of power, this machine handles a variety of materials like steel, aluminum, and copper. A laser cutting machine that cuts sheet metal can change out a sheet in seconds, making our process even more efficient.

The Fibermak Momentum Gen-3 is perfect for both simple and complex projects. Its large working area allows us to take on big projects, while its advanced axis movement offers precise control for detailed cuts. This makes it ideal for industries like automotive, aerospace, construction, and technology, where accuracy is crucial.

For more insights on what else laser tube cutting can do, read this article by the Fabricator.

Key Features:

4G High Acceleration: Boosts productivity, increasing output by up to 15% per hour.
Advanced Axis Movement: Offers precise multi-axis control for detailed cuts.
Cutting Head Precision: Perfect for intricate and detailed work.
EtherCAT Communication Protocol: Ensures fast and efficient operations.
Energy-Efficient Operations: Reduces costs and supports eco-friendly goals.
Large Working Area: Accommodates big projects and various materials.

At AMS, we customize our tube laser cutting services to meet your specific needs, ensuring high-quality results every time. Trust AMS for all your tube laser cutting needs and see the difference advanced technology and skilled craftsmanship can make.

The Bottom Line

Metal cutting is an essential part of the metal fabrication process, and at AMS, we make sure each cut is precise and efficient. Our advanced laser cutting technology, along with our commitment to quality, helps us deliver top-notch results for various applications. Whether it’s for pressure vessels, custom metal work, or structural steel fabrication, our metal cutting services are designed to meet the highest standards of quality and accuracy.

Stay tuned for our next blog, where we will explore the next stage of our metal fabrication process: Metal Forming.

All You Need to Know About Custom Metal Solutions

Fri, 23 Oct 2026 18:18:33 GMT

At AMS (Accurate Metal Stamping), precision and quality in metal fabrication are our trademarks. As a top metal fabricator, we offer a variety of services, including metal cutting, metal forming and shaping, metal joining, and metal machining. In this guide, we will explore each of these key areas, demonstrating our capabilities and how we use advanced technology to achieve excellent results for our clients.

Metal Cutting with Precision and Efficiency

One of the first steps in the metal fabrication process is metal cutting. This means slicing metal into specific shapes and sizes to get it ready for the next steps. At AMS, we use advanced laser cutting technology to make sure each cut is precise and efficient. Our laser cutting can handle different types of metals, including sheet metal and structural steel, and can work with various thicknesses and complexities. Whether it’s for pressure vessels or custom metal work, our metal cutting services are designed to meet the highest standards of quality and accuracy.

At AMS, we use advanced laser cutting technology to ensure that each cut is precise and efficient. Our laser cutting capabilities are powered by top-tier equipment from Amada , allowing us to work with a variety of metals and achieve intricate designs with ease.

Laser cutting provides several advantages over traditional cutting methods. It offers greater precision, cleaner cuts, and the ability to handle intricate designs. This makes it ideal for projects that require high levels of detail and accuracy. Additionally, laser cutting is faster and more efficient, which translates to shorter turnaround times and cost savings for our clients.

Forming and Shaping the Future

Metal forming is the process of shaping metal into desired forms through bending, pressing, and stretching. Shaping is crucial in creating components that are both functional and look good. AMS is great at metal forming, offering services that create complex shapes and components. Our expertise includes forming parts for stainless steel and aluminum fabrication, ensuring that every piece meets exact specifications and tolerances.

At AMS, the metal forming process uses advanced machinery and techniques to get precise results. We use press brakes, roll forming machines, and other equipment to bend and shape metal sheets into the required forms. This allows us to shape components such as precision components for medical machinery with consistent quality and durability, which is essential for the medical industry.

Building Strong Connections with Metal Joining

Metal joining is a critical aspect of metal fabrication, involving techniques such as welding to assemble parts and components. At AMS, we specialize in both MIG welding and TIG welding, providing robust and reliable joints for a variety of applications. Our metal welding services are essential for creating durable assemblies, whether for structural steel fabrication or custom metal projects.

MIG welding, or Metal Inert Gas welding, is a versatile welding technique suitable for joining various types of metals. It offers high welding speeds and strong welds, making it ideal for large-scale production. TIG welding, or Tungsten Inert Gas welding, provides greater precision and is used for projects that require high-quality welds, such as in stainless steel fabrication. By offering both MIG and TIG welding, AMS can meet the diverse needs of our clients, ensuring that each project is completed to the highest standards.

Achieving Unmatched Precision with Metal Machining

Precision is key in metal machining, where advanced CNC machining is used to create intricate and accurate parts. At AMS, our CNC machining capabilities allow us to produce detailed components with tight tolerances, which are essential for industries like aerospace and medical devices that demand high precision. Our metal machining services complement our other fabrication processes, providing a complete solution for our clients.

CNC machining, or Computer Numerical Control machining, involves using computer-controlled tools to remove material from a workpiece to achieve the desired shape. This process offers reliable results, making it ideal for producing complex parts with exact specifications. At AMS, we invest in the latest CNC technology and maintain a team of skilled machinists to ensure that each part meets our clients’ exact requirements.

Why Choose AMS for Your Metal Fabrication Needs?

At AMS, we use the latest technology and are committed to quality and customer satisfaction. Our wide range of services, from sheet metal fabrication to pressure vessels and structural steel fabrication, means we can handle projects of any size and complexity. With a focus on precision and reliability, AMS is your trusted partner for all your metal fabrication needs.

We understand that every project is unique, and we work closely with our clients to create solutions that meet their specific requirements. Our team of experienced engineers and fabricators is dedicated to delivering exceptional results on time and within budget. By choosing AMS, you are choosing a partner committed to excellence in every aspect of metal fabrication.

The Bottom Line

In this blog, we have explored the core areas of metal fabrication at AMS: metal cutting, metal forming, metal joining, and metal machining. Each of these processes plays a crucial role in creating high-quality metal components that meet the diverse needs of our clients. Whether you need stainless steel fabrication, custom metal work, or advanced CNC machining, AMS has the expertise and capabilities to deliver superior results.

This is How AMS Ensures Quality Products Every Time

Fri, 23 Oct 2026 16:21:21 GMT

Discover how AMS ensures quality products that meet customer requirements through stringent quality control, advanced technology, and continuous improvement.

AMS ensures quality products backed by ISO 9001 and ISO 41001 certifications. Our commitment to excellence involves rigorous quality control, advanced technology, a skilled workforce, and continual improvement. These strategies ensure our products consistently meet international standards and exceed customer expectations, providing reliable and superior solutions every time.

Quality Control = Quality Products

Certifications and Compliance

ISO 9001 and ISO 41001 ensure quality assurance at AMS. These certifications shape our processes to meet strict international standards. ISO 9001 helps us meet customer requirements and enhances satisfaction. ISO 41001 ensures effective facility management, promoting safety and efficiency. These standards drive continual improvement, enabling us to deliver quality products.

Stringent Quality Control Processes

Quality control is a cornerstone of our operations. Our comprehensive quality control systems are integrated at every production stage, ensuring that each product meets rigorous standards. During initial production, our team thoroughly inspects raw materials to ensure they meet the required specifications. Throughout the manufacturing process, we perform regular dimensional checks using advanced measuring tools to maintain precision. Each product undergoes a final inspection, where we verify that it meets all quality requirements. We adhere to strict quality management principles supported by ISO 9001 and ISO 41001 certifications. This meticulous approach ensures our products consistently meet and exceed customer expectations.

Advanced Manufacturing Technologies

AMS uses advanced machinery and technology to enhance product quality. Our CNC machines , laser cutters , and precision measuring tools ensure high accuracy and efficiency. These technologies contribute to consistent manufacturing excellence by allowing precise control over each production step. This precision reduces errors and ensures that each product meets strict quality standards. Our commitment to using the latest technology ensures we can consistently deliver superior quality products, meeting and exceeding customer expectations.

Skilled and Trained Workforce

Our manufacturing facility relies on a skilled team to maintain high-quality standards. Our employees undergo rigorous training programs and continuous learning initiatives to stay updated with the latest industry practices. This expertise directly impacts quality assurance, ensuring every product meets strict standards. Regular training sessions enhance their skills, allowing them to manage advanced machinery and adhere to quality control processes effectively. This commitment to employee development ensures our products consistently meet customer requirements and exceed expectations.

Continuous Improvement and Innovation

AMS’s commitment to continuous improvement and innovation ensures high-quality outputs. Our stringent quality control, advanced technology, skilled workforce, and adherence to ISO 9001 and ISO 41001 standards work together to deliver superior products. Each strategy contributes to consistent excellence, reinforcing our dedication to quality and customer satisfaction. We follow a culture of continuous improvement, supported by our quality management systems (QMS), conducting regular internal audits to identify areas for improvement. Implementing ISO 9001 standards helps us consistently meet customer requirements and enhances customer satisfaction, driving significant cost savings.

For dependable, high-quality manufacturing solutions, contact AMS. Explore further details about our capabilities . Our innovative methods and dedication to excellence make us the ideal partner for all your manufacturing needs.

What You Need To Know About A Tight-Tolerance Machine Shop

Fri, 23 Oct 2026 16:19:02 GMT

Explore the precision and benefits of a tight-tolerance machine shop and how it supports industries with exacting manufacturing needs.

A tight-tolerance machine shop, like AMS, specializes in ultra-precise machining, essential for industries where even minor deviations can lead to significant issues. This precision ensures optimal performance and reliability in manufacturing processes.

Understanding the Tight-Tolerance Machine Shop

Defining Tight Tolerances

Tight tolerances in machining refer to exact measurements that components must meet, often within fractions of a millimeter. This level of precision surpasses standard tolerances, ensuring components fit and function flawlessly.

Capabilities of a Tight-Tolerance Machine Shop

Tight tolerance machine shops employ advanced machinery like CNC machining centers and precision laser cutters to achieve high levels of accuracy. These techniques enable meticulous control over manufacturing processes, allowing for the creation of components with extremely fine details.

Common materials handled include metals such as aluminum, stainless steel, and titanium , which require precise manipulation to meet stringent specifications. Such capabilities make these shops indispensable for producing highly specialized and accurate parts essential in various high-stakes applications.

Advantages of Using a Tight-Tolerance Machine Shop

Utilizing a tight-tolerance machine shop ensures higher quality and reliability of parts. This precision machining reduces material waste and the need for rework, optimizing production efficiency. The enhanced accuracy also significantly improves the performance of final products, especially in critical applications where exact specifications are essential for safety and functionality.

Industries That Benefit from Tight-Tolerance Machining

Industries requiring high-precision parts benefit significantly from tight-tolerance machining. In the automotive sector, precisely machined components are critical for systems such as braking mechanisms and engine parts, where precision ensures reliability and performance. Additionally, the electronics industry relies on tightly machined parts for connectors and circuit board components, where exact dimensions are essential for proper function and connectivity.

Choosing a Tight-Tolerance Machine Shop

When selecting a tight-tolerance machine shop, several key factors must be considered to ensure high precision and quality. First, look for certifications such as ISO compliance, which indicate adherence to industry standards. Experience in your specific industry can also be a critical indicator of a shop’s ability to meet your needs. Additionally, assess the shop’s technology; state-of-the-art machinery like CNC machining centers and precision measuring tools are fundamental.

Ask potential partners detailed questions about their process capabilities, such as their methods for ensuring part accuracy and quality control protocols. Inquire about their track record with projects similar to yours and request references.

Choosing AMS provides the advantage of our extensive experience and commitment to precision. Our advanced technological capabilities and stringent quality controls ensure that every project meets the highest standards of accuracy and excellence, making AMS the ideal partner for your precision machining needs.

The Role of Tight Tolerances in Manufacturing

Tight tolerances play a key role in manufacturing, ensuring products are of the highest quality and reliability. This precision is essential for industries that demand exactness to guarantee performance and minimize risks.

When you require advanced manufacturing and a machine shop capable of delivering with tight tolerances, look no further than AMS. Contact us today to discuss how we can support your manufacturing needs with unparalleled precision and expertise.

Ironclad: High-Quality Welding By Expert Welders

Fri, 23 Oct 2026 16:16:19 GMT

Discover AMS’s expertise in welding. In this blog, we review our extensive capabilities, certifications, and experience in fabricating various metals.

AMS has been a leading player in the metal fabricating industry for over 30 years in Fort Worth. Our company offers a broad range of welding capabilities, making it a one-stop solution for all your metal fabrication needs. We are committed to providing the highest quality workmanship and customer service, making us a trusted partner for many businesses and individuals over the years.

Capabilities and Certifications

One of the key strengths of AMS is our expertise in welding. The company’s welders are highly skilled and experienced, and they have a deep understanding of all the various techniques and processes. Plus, all of AMS’s welders are required to participate in regular continuing education and training, keeping the company on the cutting edge of techniques and processes.

Fabrication of a Variety of Metals

AMS specializes in fabricating various metals, including stainless steel, aluminum, and structural metals. Our facility can handle materials of various thicknesses and work to tolerances of ±.005″. This means that AMS’s specialists can fabricate to exact specifications under tight deadlines to make your project happen when you need it. When combined with the various other services the company offers, nothing is impossible.

Extensive Service Offerings

No project is too small for AMS, and no client is too big. We are ready to tackle all your fabrication needs, whether you need spot welding, aluminum fabrication, tanks, medical equipment, or pressure vessels. AMS has the expertise and experience to get the job done to your satisfaction.

Mig Welding

Mig welding is a commonly used technique in the metal fabrication industry, and AMS has some of the best mig welders in the business. We use state-of-the-art mig equipment to ensure that the welds are strong, durable, and aesthetically pleasing. It is ideal for thin materials, and AMS uses it extensively for cosmetic and other applications.

Tig Welding

Tig welding is another popular technique that AMS specializes in. It is perfect for thin materials and produces high-quality welds that are strong, durable, and aesthetically pleasing. Our tig welders are highly skilled and experienced, ensuring that every seam is completed to the highest standard of quality and precision.

Stainless Steel Welding

Stainless steel is one of the most commonly used metals in metal fabrication, and AMS has extensive experience welding stainless steel. We use specialized techniques and processes to ensure that the seams are strong, durable, and aesthetically pleasing. AMS uses stainless steel extensively for pressure vessels, tanks, and other applications.

Your Trusted Partner for Welding Needs

AMS is your go-to for welding and fabrication needs. Our experienced welders can handle a variety of metals, including stainless steel, aluminum, and structural metals. We are committed to delivering high-quality workmanship and customer service, no matter the project size. Trust us to bring your projects to life.

Tube Laser Cutting: Introducing The New Ermaksan Fibermak Gen-3

Fri, 23 Oct 2026 16:13:49 GMT

Discover how AMS leverages the Ermaksan Fibermak Gen-3 in tube laser cutting to enhance precision, efficiency, and client-centric fabrication solutions.

At the crossroads of innovation and precision in metal fabrication stands the Ermaksan Fibermak Gen-3. This advanced technology transforms tube laser cutting, setting new standards in the fabrication industry. Offering efficient and high-quality custom metal fabrication solutions marks a significant advancement in how we approach fabrication work.

AMS’s Enhanced Precision in Tube Laser Cutting

The Ermaksan Fibermak Gen-3 enhances AMS’s precision in metal fabrication. Its advanced laser cutting technology ensures exact cuts, elevating the quality of metal parts produced.

Increased Efficiency and Productivity

The Ermaksan Fibermak Gen-3 brings a revolutionary shift in AMS’s manufacturing process with its 4G acceleration. This feature significantly accelerates the fabrication work, boosting the overall efficiency of laser cutters. Therefore, AMS can now complete projects faster, significantly improving project turnaround times.

This heightened efficiency doesn’t just benefit AMS; it directly impacts customer satisfaction. Clients experience quicker delivery of quality parts, a crucial factor in fast-paced industries.

Broadened Range of Services

With the Ermaksan Fibermak Gen-3, AMS expands its capabilities in custom metal fabrication. The machine’s versatility enables handling a wider range of metal materials, from flat sheet metal to pipe cutting. This expansion means AMS can undertake projects beyond traditional boundaries, catering to industries like healthcare, where precision in metal parts is critical. Now, projects demanding intricate sheet metal fabrication or robust components find a reliable solution in AMS’s enhanced services.

Client-Centric Solutions and Customization

The introduction of the Ermaksan Fibermak Gen-3 at AMS signifies a leap in providing client-centric solutions. This new laser technology enables customization in fabrication processes, allowing AMS to tailor their approach to each client’s unique requirements. Whether it’s creating complex components for technology firms or durable parts for the agricultural sector, AMS can now offer more personalized, cost-effective solutions without compromising on quality.

Future Outlook and Continued Innovation

Integrating the Ermaksan Fibermak Gen-3 at AMS signals a forward-thinking approach to metal fabrication. This step not only enhances current capabilities but also paves the way for continual innovation. AMS envisions staying ahead in the industry, adapting and evolving with technological advancements to meet future challenges and client needs.

As the metal fabrication industry continues to evolve, AMS remains committed to staying at the cutting edge. Our team regularly undergoes training and development to master the latest in fabrication technology, ensuring we always deliver the most advanced solutions. By investing in our people as well as our technology, we guarantee that our clients receive not only the best in metal parts and fabrication work but also expertise that makes a difference.

Crafting the Future of Fabrication with Advanced Tube Laser Cutting Technology

The Ermaksan Fibermak Gen-3 revolutionizes AMS’s approach to laser cutting and fabrication technology. By enhancing efficiency, broadening services, and offering client-specific customization, Accurate Metal Stamping demonstrates its dedication to using advanced technology for superior service delivery. This commitment ensures that every project, from pipe cutting to complex sheet metal fabrication tasks, meets the highest standards of precision and client satisfaction.

Explore the possibilities with AMS’s advanced metal fabrication services. Contact us to learn how our expertise in laser cutting can elevate your next project.

News Release: AMS Enhances Capabilities with Tube Laser Cutting Technology

Fri, 23 Oct 2026 16:11:16 GMT

AMS acquires Ermaksan Fibermak Gen-3, boosting productivity by 15% with advanced CNC tube laser cutting technology for enhanced metal fabrication.

FOR IMMEDIATE RELEASE

Fort Worth, TX – March 4, 2024

Accurate Metal Stamping (AMS), a leader in precision sheet metal fabrication, is excited to announce the integration of the Ermaksan Fibermak Momentum Gen-3, a groundbreaking CNC tube laser system, into its manufacturing capabilities. This new addition represents a significant upgrade in AMS’s technological arsenal, offering unparalleled precision in tube and pipe cutting. With this state-of-the-art CNC tube laser system, AMS is poised to deliver even more sophisticated and diverse fabrication solutions to clients.

“We are thrilled to incorporate the Ermaksan Fibermak Momentum Gen-3 into our fleet,” says Jason Romberg, Accurate Metal Stamping representative. “This machine isn’t just a new addition; it’s a game-changer for us. Its advanced capabilities allow up to a 15% per hour increase in productivity, enabling us to handle our clients’ projects more efficiently than ever before. We’re excited about the opportunities this brings to AMS and our valued customers.”

Introducing the Ermaksan Fibermak Momentum Gen-3

The Ermaksan Fibermak Momentum Gen-3 , a pinnacle of advanced laser cutting…

Expert Solutions Transform Custom Metal Manufacturing Over The Years

Fri, 23 Oct 2026 16:08:11 GMT

Explore the evolution and future of custom metal manufacturing, highlighting AMS’s commitment to quality, innovation, and customer service excellence.

The custom metal manufacturing industry is constantly evolving, driven by innovation and technological advancements. These developments redefine efficiency and quality in the metal fabrication process. The evolution of metal manufacturing marks a significant leap forward for industries relying on precision-crafted metal components.

The Evolution of Metal Manufacturing

Metal manufacturing has significantly evolved, marking a shift from traditional methods like forging to advanced techniques like laser cutting. Each development has played a crucial role in the industry’s advancement.

The introduction of precision laser cutting and automated press brakes has been particularly transformative, revolutionizing how metal products are fabricated. These technological leaps enhance accuracy and efficiency, streamlining processes and widening the scope of what fabrication shops can offer. They enable the creation of intricate, custom-designed metal solutions that meet diverse industry needs.

Looking ahead, the future of metal manufacturing is bright with promising innovations. Technologies like advanced laser cutting and AI-driven design processes are poised to refine custom metal manufacturing even further. AI integration enables advanced designs and faster production, meeting the growing need for top-notch, personalized metal goods. This ongoing advancement emphasizes a dedication to excellence and flexibility in the continually evolving field of metal manufacturing.

Cutting-edge Technologies in Metal Fabrication

Cutting-edge technologies play a pivotal role. Innovations like 3D printing and precision laser cutting are revolutionizing the industry, pushing the boundaries of what’s possible in custom metal manufacturing. These technologies enable intricate designs and precise cuts on various metals, including stainless steel, meeting the diverse needs of sectors like construction, healthcare, and aerospace.

Using modern machine shops with the latest technology guarantees precise and fast production of metal parts, thus improving cost efficiency and meeting tight deadlines.

Furthermore, techniques like powder coating not only enhance the aesthetic appeal but also significantly increase the durability of fabricated products. This represents more than a mere alteration in metal manufacturing. It’s a powerful stride toward the future, offering customized, superior metal solutions that align with evolving market demands and environmental considerations.

Tailoring Solutions for Diverse Industries with Custom Metal Manufacturing

Custom metal manufacturing is essential for diverse industries, each with unique requirements.

In construction, custom-designed metal components ensure structural integrity and design precision. Healthcare relies on custom metal fabricated equipment for both functionality and safety. Tailored metal solutions are crucial for durable and efficient infrastructure in the energy sector.

Each industry benefits from the adaptability and precision that custom metal manufacturing brings, showcasing the wide range of applications and the versatility of metal fabrication.

Forward-Thinking Craftsmanship in Custom Metal Manufacturing

As experienced manufacturers, AMS plays a crucial role in shaping the industry’s future, continuously advancing the capabilities of metal fabrication.

With over 30 years of experience in the metal fabrication industry in Texas, we embody these principles. Our dedication to delivering high-quality and timely products is consistent. We invite industrial clients, construction companies, and businesses across various sectors to explore our comprehensive metal fabrication services and solutions .

What Makes CNC Machining Superior To Conventional Machining

Fri, 23 Oct 2026 16:05:11 GMT

Discover CNC machining’s advantages with AMS: precision, efficiency, safety, and eco-friendliness in modern manufacturing.

The manufacturing industry consistently seeks innovations that enhance efficiency, accuracy, and quality. Computer Numerical Control (CNC) machining is a pivotal advancement, redefining the fabrication process. With its roots in the 1940s, it has evolved dramatically, offering significant benefits over traditional methods. Assessing the benefits of CNC machining over traditional machining reveals its pivotal role in modern production, clearly outperforming traditional methods. This critical exploration highlights CNC machining’s superior impact on advanced manufacturing processes.

The Essentials of CNC Machining

CNC machining is a manufacturing process where pre-programmed computer software dictates the movement of factory tools and machinery. This method allows for precise control of complex machinery like lathes, mills, grinders, and routers.

With CNC machining, a single set of prompts can execute complex cuts and tasks accurately, making it ideal for creating intricate parts and components. It’s widely used across various industries, including automotive, aerospace, and healthcare, for producing precision parts, complex components, and detailed engravings. This type of machining stands out for its efficiency and precision in transforming raw materials into finished products.

Enhanced Precision and Accuracy in CNC Machining

CNC machining is known for its exceptional precision, revolutionizing the manufacturing industry. It allows for complex and intricate designs with great accuracy, consistently producing even the most detailed patterns. This precise approach ensures high-quality and uniform products across all batches, improving appearance and functionality. With these machines, every component precisely meets its specifications, setting a new standard in manufacturing quality.

Increased Efficiency and Productivity for CNC Machining

CNC machining revolutionizes manufacturing with its unparalleled speed, vastly outdoing traditional methods. Tasks that typically spanned hours are now completed in minutes, streamlining the entire manufacturing process. This efficiency leap is a game-changer, drastically reducing the need for manual labor and consequently cutting labor costs.

Moreover, the increased speed is not at the expense of quality; Computer-programmed manufacturing ensures high precision and consistency across all products.

Consequently, AMS has witnessed a significant boost in production throughput, enabling us to complete projects faster and increase overall productivity. This advancement positions CNC machining as a critical tool for modern manufacturing environments, adept at meeting rapidly changing market demands and high-volume production needs.

Improved Flexibility and Versatility

The versatility of CNC machines extends to their ability to manage a wide array of materials – from metals to plastics – and accommodate an extensive range of design complexities. This adaptability makes them invaluable for industries requiring bespoke solutions or those undergoing frequent design changes.

Unlike conventional machines, which may necessitate time-consuming setup changes for each new task, these machines can be quickly and easily reprogrammed. Their exceptional flexibility significantly reduces the time and cost associated with retooling for different projects, a common challenge in conventional machining. This capability enables us to undertake short-run productions economically, making them ideal for custom, one-off orders, or prototyping. This capability saves time and significantly reduces the likelihood of errors, ensuring a smoother production flow.

As a result, AMS can respond more swiftly to client needs, making CNC machining an essential tool for dynamic and responsive manufacturing.

Enhanced Safety

CNC machining significantly enhances safety by minimizing direct human interaction with tools, contrasting conventional machining’s higher safety risks. This reduced manual intervention lowers the likelihood of accidents, making CNC a safer alternative for complex manufacturing tasks.

Cost-Effectiveness in the Long Run

Despite its higher initial investment, CNC machining proves cost-effective in the long run. Its precision drastically reduces material waste, a major cost-saving factor. Additionally, the automation central to CNC processes lowers labor costs, as fewer operators are needed. Furthermore, the accuracy of CNC machinery minimizes errors, leading to less rework and material usage.

Over time, reduced material waste, lower labor costs, and minimized errors from computer-programmed manufacturing lead to a continuous reduction in production costs. We get to pass the savings on to you.

Advanced Software Integration

Advanced software integration plays a pivotal role in optimizing CNC machining processes, setting it apart from the manual adjustments characteristic of conventional machining. This software enables precise control and fine-tuning of machinery, enhancing accuracy and efficiency. Unlike traditional methods, where adjustments are often time-consuming and prone to human error, CNC’s software-driven approach streamlines operations, allowing for quick, accurate, and repeatable modifications, thus elevating the overall production quality and consistency.

Environmental Considerations

CNC machining stands out as an environmentally friendlier manufacturing option. Its precision significantly reduces waste, while advanced technology ensures energy efficiency during operation. Furthermore, the enhanced accuracy of these machines means less material is used unnecessarily, and their compatibility with recyclable materials further bolsters their eco-friendly credentials, contributing to sustainable manufacturing practices.

Choosing Between CNC and Conventional Machining

Deciding between CNC and conventional machining hinges on the project’s specifics. CNC machining is ideal for complex, precision-driven tasks where consistency across high volumes is crucial. Its speed and accuracy are unmatched for intricate designs.

Conversely, conventional machining suits simpler projects or where unique craftsmanship is valued. It’s preferred for one-off jobs or when the material in use doesn’t suit CNC processes. Ultimately, the choice depends on complexity, volume, precision requirements, and cost constraints, ensuring the selected method aligns perfectly with the project’s goals and specifications.

AMS Elevates Manufacturing with Superior Machining Solutions

Embracing CNC machining offers advantages over conventional methods, marking a significant stride in manufacturing technology. With its unparalleled precision, efficiency, and consistency, computerized manufacturing meets today’s demand for complex and high-volume production. The integration of advanced software and automation not only enhances quality but also aligns with environmental sustainability goals.

As the industry evolves, adopting these modern techniques is crucial for staying competitive and driving future advancements. For CNC machining services , AMS stands ready to deliver machined parts—partner with AMS to leverage the cutting edge of manufacturing excellence.

Exploring the Benefits of AMS’s Powder Coating Services

Fri, 23 Oct 2026 16:02:33 GMT

Discover the benefits of AMS’s powder coating services in Dallas and Fort Worth. Our unique process ensures superior durability and customizable options.

For over 30 years, AMS has been at the forefront of the powder coating industry, providing custom solutions to meet every need in the Dallas and Fort Worth area. Our unparalleled experience and meticulous attention to detail have distinguished us from our competitors, setting a new standard in preparation, application, and quality control.

Our Powder Coating Process

At AMS, our process is meticulously crafted to ensure optimal results. We begin with a high-quality phosphate wash to clean and prepare the metal, ensuring the paint adheres perfectly. The extra step of pre-heating the parts before applying the powder ensures superior adhesion, resulting in a robust and durable finish.

Distinctive AMS Advantages

What sets AMS apart from the competition is our commitment to quality and innovation. We are one of the few providers to offer a two-coat option, further enhancing the durability of metal finishes. Our continuous inspection process, including the use of a paint thickness gauge, guarantees that every part meets our stringent standards, ensuring each component is coated to perfection.

Benefits of Powder Coating

The benefits of AMS’s services are evident in the market, with this type of finish representing approximately 85% of all painted finishes. The primary advantage of our powder coating process is its corrosion-resistant properties, providing an extremely durable finish that resists chipping, scratching, and marring.

Additional Features

But the benefits don’t stop there. Depending on the specific chemistry of the coating, specially formulated powders can include anti-bacterial and chemical-resistant properties. In addition, coatings are available in nearly unlimited colors, effects, and textures. Unlike other metal finishing techniques, which may offer limited surface effects, powder coating provides a range of options, from low, medium, and high gloss finishes to textured and wrinkled finishes. It can be applied to a variety of materials, including steel, aluminum, iron, and zinc parts.

Our Capabilities

When it comes to capabilities, AMS is second to none. Our state-of-the-art facilities include conveyor and batch ovens, accommodating both large and small parts. We offer a range of color choices, as well as clear coat powder coating options. Our three-stage phosphate wash prep ensures optimal preparation, while our ability to handle both short and long runs makes us a versatile choice for any project. Whether you need stainless steel, high or low-volume runs, or a quick turnaround, AMS has the capacity to meet your needs for surface finishing.

Sealing the Deal: Why AMS is Your Go-To for Powder Coating Excellence

At AMS, we pride ourselves on our ability to deliver exceptional results that exceed industry standards. Our comprehensive powder coating services offer a durable, versatile, and aesthetically pleasing finish for your metal products that stands the test of time. So why wait? Contact us today for a free quote and discover the AMS difference!

Custom Assembly: Focus on Superior Materials and Components

Fri, 23 Oct 2026 15:59:17 GMT

Custom assembly advances in tech: exploring materials, hardware installs, and superior integration techniques for diverse industries.

The technology industry constantly evolves, pushing boundaries and redefining standards. Among these changes, custom assembly for hardware installs emerges as a transformative trend. Businesses seek methods to ensure adaptability and effectiveness in their processes, and the answer often lies in innovative assembly techniques. For those on the front lines of this evolution, like AMS, the focus remains on providing solutions that rise to the occasion.

The Foundations of Custom Assembly

In times past, custom assembly relied on tried-and-true methods. While effective, these techniques had their limits. As industries grew, so did the demand for faster, more efficient, and adaptable solutions. Enter the modern age of custom assembly. By recognizing the potential and need for advancements, companies, including AMS, began to steer the course of innovation.

Materials and Components: The Building Blocks of Superior Custom Assembly

The foundation of any robust hardware assembly lies in the choice of materials and components. Today’s custom assembly products incorporate cutting-edge materials, which bring along undeniable benefits. Durability ensures longer product life, efficiency paves the way for cost-saving, and versatility makes sure products are ready for any challenge.

As the industry evolves, the emphasis on quality materials becomes paramount.

Stainless Steel: A preferred choice for many, stainless steel is known for its resistance to corrosion and exceptional strength. When it comes to longevity and sturdiness, stainless steel often becomes the go-to material.
Aluminum: Noted for its lightweight and flexibility, aluminum offers adaptability that few materials can match. Its lightweight nature allows for efficient installations without compromising on strength.
Special Alloys: For projects demanding unique specifications, special alloys come into play. These alloys, designed to meet specific conditions, provide the robustness required for particular environments.
Composite Materials: Gaining traction in recent times, composite materials offer a blend of durability and flexibility. They are particularly suited for projects where there’s a need to balance strength with design intricacy.

AMS recognizes the critical role of these materials and components in shaping the outcome of a project. Leading with experience and insight, AMS carefully selects and integrates these elements. Their expertise ensures that every assembly not only meets but often exceeds the expectations set by industry standards.

Custom Assembly for System Integration

System integration , with its inherent complexities, requires a seasoned hand for optimal results. AMS, boasting over 30 years of expertise, has become a trusted name in this domain, harmoniously merging tailored designs with unparalleled functionality.

Our proficiency in custom system integration has also been the cornerstone of countless successful projects. We pride ourselves on surpassing industry benchmarks, whether it’s in specification, manufacturing, or ensuring impeccable quality control in both assembly and packaging.

Whether it’s crafting enclosures for the medical field, designing toolboxes, developing advanced HVAC systems, innovating for the gaming world, or engineering safes that stand the test of time, AMS is your go-to destination. Our services span across:

Medical Equipment Integration
Tool Boxes Creation
Advanced HVAC Systems Development
Money Exchangers and Safes Engineering
Flight Simulators Assembly
Industrial Equipment Fabrication
Gaming Solutions
Displays Crafting

How AMS Delivers Unique Solutions in the Oil and Gas Industry

Fri, 23 Oct 2026 15:53:29 GMT

Discover how AMS offers custom solutions for the oil and gas industry. Learn about advanced welding, material selection, and meeting strict demands.

The oil and gas industry faces distinctive hurdles like corrosion, high-pressure conditions, and rigorous safety protocols. Fortunately, AMS, with its expertise in metal fabrication, provides custom solutions from our specialized fabrication shop. Let’s explore how we tackle these challenges.

Understanding the Unique Challenges in the Oil and Gas Industry

Corrosion Resistance: How Environmental Factors Affect Material Choices

In oil and gas environments, corrosion is a nemesis. It weakens metals and leads to costly repairs or replacements. Material selection is critical. We ensure your project incorporates the right materials that can withstand corrosion.

High-Pressure Tolerance: Importance for Pipes and Valves

High-pressure settings are common. Pipes and valves often handle substances under tremendous pressure. They must be built to withstand these conditions. Therefore, we emphasize materials and designs that excel in high-pressure environments.

Oil and Gas Industry Safety Standards: A Brief on Various Industry Certifications

Safety isn’t just a buzzword—it’s a prerequisite. Adhering to industry safety standards is non-negotiable. AMS commits to these guidelines, ensuring each project not only meets but exceeds required safety benchmarks.

Material Selection for Oil and Gas Industry Projects

Choosing the right material is crucial for the success and safety of any project. The selection process often involves a deep understanding of material properties and their behavior under extreme conditions. At AMS, our machine shop specializes in crafting high-quality metal products tailored to meet these rigorous demands. Let’s dive into the various material options we offer for your oil and gas needs.

Stainless Steel: Advantages in Terms of Strength and Corrosion Resistance

Stainless steel remains a reliable choice. Known for its strength and resistance to corrosion, it often forms the backbone of our custom solutions.

Aluminum: Lighter Weight Options and Their Applications

Aluminum offers a lighter yet sturdy alternative. It’s especially useful for components that require mobility or are sensitive to weight.

Other Structural Metals: Special Alloys for Specialized Needs

Sometimes, you need something special. AMS offers a range of specialized alloys designed for extreme conditions, whether it’s ultra-high pressure or corrosive substances.

Custom Welding Techniques for the Oil and Gas Industry

When it comes to tackling the demanding requirements of the oil and gas industry, custom welding fabrication is often the linchpin for success. At AMS, we specialize in welding and fabrication techniques that are tailored to meet the unique challenges of your specific project. Let’s explore how our advanced methods can provide optimal solutions for your welding needs.

MIG Welding: Where It’s Best Used in Oil & Gas Applications

MIG welding excels in speed and efficiency, ideal for projects requiring rapid assembly without sacrificing quality.

TIG Welding: Benefits for High-Precision and Cleaner Welds

TIG welding allows for exceptional precision. It’s the go-to method for projects that demand highly specialized assemblies.

Certifications: Our Welders Stay Ahead

AMS welders undergo continuous education to keep pace with the industry’s evolving needs. Their expertise is certified, ensuring you receive top-notch quality.

Speed and Efficiency: Making Your Oil and Gas Industry Project Happen

The AMS facility is engineered for excellence. From high tolerances to rapid prototyping, we can turn your project into reality quickly and accurately. Moreover, we commit to meeting tight deadlines while ensuring quality never suffers. The highly skilled team at Accurate Metal Stamping understands the unique challenges you face and offers custom solutions that not only meet but often exceed industry standards. So, isn’t it time you consulted AMS for your next oil and gas project?

A Focus On TIG And MIG Welding

Fri, 23 Oct 2026 15:37:43 GMT

Explore the art of MIG vs. TIG welding in metal fabrication. Learn how precision, efficiency, and commitment to quality shape industry-leading services.

With over 30 years of experience in metal fabricating, AMS is an established industry leader. Our commitment to excellence fuels our growth from a small shop to a local powerhouse. In this context, we’ve honed our TIG and MIG welding capabilities.

TIG (Tungsten Inert Gas) and MIG (Metal Inert Gas) are two types of welding commonly used on different types of metals, but they have different strengths and are best suited for specific applications. Let’s take a look at the differences.

TIG Welding: Precision and Cleanliness

TIG, or Tungsten Inert Gas welding, is a method renowned for its precision. By using a tungsten electrode to heat the metal, TIG welding allows for intricate, high-quality welds. This process is ideal for detailed work on materials like stainless steel and aluminum, both of which AMS excels in fabricating.

Due to its precision, TIG welding is most commonly used for stainless steel, aluminum, magnesium, copper alloys, and thin materials. It’s known for providing high-quality, clean welds.

AMS’s certified welders create immaculate, clean welds with TIG, suitable for pressure vessels and medical applications. Furthermore, our TIG welding is perfect for smaller projects requiring high precision and cleanliness.

MIG Welding: Speed and Efficiency

On the other hand, MIG, or Metal Inert Gas welding, is known for its speed and adaptability. It utilizes a wire-feeding gun that conducts current and melts into the weld. This results in efficient, robust welds perfect for larger, thicker materials.

MIG welding is more versatile and can be used with a wider range of metals and thicknesses, including stainless steel, mild steel, and aluminum. It is faster and more efficient for longer, continuous welds.

AMS leverages the speed of MIG welding to deliver projects under tight deadlines. For structural metals, MIG welding offers the blend of speed and strength necessary to keep projects on track without compromising quality.

Bridging Techniques for Perfect Fabrication

At AMS, we don’t view TIG and MIG welding as mutually exclusive; instead, they complement each other. By combining these techniques, we can take on projects of any size. No job is too small for our TIG specialists, and no project is too large for our MIG experts.

Your All-In-One Solution

Our fabrication services are more than just welding. With a range of capabilities, AMS can handle various metals and material thicknesses, working to tolerances of ±.005″. We take pride in delivering precise fabrication under tight deadlines. Whether spot welding, working with aluminum, or crafting cosmetic structures, our team ensures every project is picture-perfect.

Every project we undertake at our fabrication shop is a testament to our passion for craftsmanship and dedication to our clients.

The Future Of Welding: Unveiling Our Latest Robotic Welder At AMS

Fri, 23 Oct 2026 15:34:53 GMT

Discover how our new robotic welder is transforming AMS’s welding operations, enhancing precision, efficiency, and sustainability.

As a pioneering force in manufacturing services, AMS is always on the lookout for innovative technologies to enhance its operations. Living up to its reputation, AMS now welcomes the groundbreaking Capital Robotics Fusion Arc 300-L robotic welder into its extensive array of advanced machinery. This incredible addition of welding technology is all set to redefine the manufacturing landscape at AMS. Here’s how:

The Precision Paradigm

In the world of metal manufacturing, there’s no room for error. Precision and accuracy are critical, and our commitment to excellence is unwavering at AMS. Our new robotic welding system perfectly aligns with this vision with its precision laser guidance.

The new robotic welder seamlessly performs even the most complex welding tasks, resulting in strong, durable welds that stand the test of time. The Fusion Arc 300-L not only maintains AMS’s stringent quality standards but takes them a notch higher, further cementing our reputation for excellence in welding techniques.

Automating Success

With the Fusion Arc 300-L’s advanced automated programming, AMS propels productivity to new heights. The machine’s user-friendly interface makes navigating intricate welding operations a breeze. This superior ease of operation, combined with optimal energy efficiency, paves the way for reduced time and energy consumption.

As a result, AMS can deliver more efficient, sustainable services to its clients without compromising on quality. This goes hand-in-hand with our long-standing commitment to sustainability and energy conservation, showing that we don’t just talk about eco-consciousness at AMS—we put it into action.

Ensuring Uninterrupted Operations with the Robotic Welder

Another pivotal factor influencing our choice to embrace the Fusion Arc 300-L is the exceptional customer support provided by Capital Robotics. AMS values reliability, and with the 24/7 remote monitoring and assistance offered with the Fusion Arc 300-L, we can ensure our operations run smoothly and uninterrupted.

This level of support provides peace of mind for us and our clients, ensuring consistent, high-quality output around the clock.

The Robotic Welder is Up-Skilling the AMS Workforce

Integrating a new piece of advanced machinery into the operations doesn’t just mean an upgrade in terms of technology—it also means up-skilling our team. At AMS, we consider our employees our most significant assets. With the arrival of the Fusion Arc 300-L, we’ve rolled out extensive training programs to help our workforce get up-to-speed with the new welder.

Our team is now more skilled and versatile than ever, ready to handle the challenges and complexities of high-precision manufacturing processes.

Reinventing Welding at AMS

The Capital Robotics Fusion Arc 300-L is more than just a new tool at AMS—it’s a game changer, a catalyst that is shaping the future of our welding operations. With this trailblazing machine, we’re setting a new metal stamping industry benchmark regarding precision, efficiency, and sustainability.

For AMS, the Fusion Arc 300-L doesn’t just meet the evolving demands of our clients—it anticipates them, paving the way for a future where we continue to lead, innovate, and deliver excellence in all we do.

Structural Metal Fabrication: A Look At Manufacturing Strong Structures

Fri, 23 Oct 2026 15:26:48 GMT

Explore AMS’ excellence in structural metal fabrication, delivering precision-crafted components for industries seeking resilience and reliability.

In the ever-evolving world of structural metal fabrication, the necessity for sturdy, reliable structures remains a constant. Structural metal fabrication, an area where AMS has garnered notable expertise, is an essential process across numerous industries. This specialty involves shaping metals into components integral to the structural integrity and support of buildings, bridges, heavy equipment, and various other applications.

Why is Structural Metal Fabrication Important?

The cornerstone of modern industrial design and construction is structural metal fabrication. It is the backbone of the buildings that shape our skylines and the machines that drive our economies. With the ability to withstand immense pressure, temperature, and weight, fabricated metal components provide superior durability and safety, ensuring that our infrastructure and machinery can withstand the test of time and the harshest conditions.

Given the critical role of these structures, precision and quality are not just desirable – they are paramount. At AMS, our experienced craftsmen are dedicated to delivering just that. Using advanced equipment and our well-honed skills, we work to tight tolerances of ±.005″, ensuring the accuracy and reliability of every piece we fabricate.

AMS’ Expertise in Structural Metal Fabrication

With over 30 years of experience in the metal fabricating industry, AMS has honed its capabilities to deliver high-grade structural metal fabrication services. Our welders are among the best in the business, bringing a wealth of knowledge and a commitment to continued education, ensuring we stay on the cutting edge of fabrication techniques and processes.

Our team is proficient in working with various metals, including but not limited to stainless steel, aluminum, and structural metals. Whether it’s crafting supports for a new skyscraper, building components for industrial machinery, or creating custom parts for niche applications, our fabrication division is equipped to tackle any project, no matter the size or complexity.

We understand the importance of customization. Every project has unique specifications and requirements. Hence, we offer personalized services to meet your precise needs. Our team collaborates closely with clients, understanding their vision, needs, and challenges to ensure we deliver an end product that not only meets but exceeds their expectations.

A Variety of Industries Served

At AMS, we serve a diverse range of industries, including construction, automotive, and manufacturing, among others. Each industry comes with its own set of challenges and demands, requiring an in-depth understanding and adaptability that we are proud to offer. Our experienced team is skilled in various fabrication techniques and aware of industry-specific standards and requirements, making us a reliable partner for any structural metal fabrication needs.

Your Partner in Building a Stronger Tomorrow

Whether your project involves creating the skeleton of a high-rise building, manufacturing robust components for heavy-duty machinery, or designing intricate metal parts for a specific application, AMS is your go-to metal fabrication shop. Our dedication to quality, precision, and customer satisfaction, coupled with our extensive experience and capabilities, makes us an industry leader in structural metal fabrication. Trust AMS, and let’s build stronger structures together.

The Role of Customization in CNC Machining

Fri, 23 Oct 2026 15:24:45 GMT

Discover the importance of customization in CNC machining and how Accurate Metal Stamping can deliver high-quality, tailored parts

CNC machining has revolutionized the manufacturing industry by enabling complex parts’ efficient and precise production. However, with the increasing demand for unique products, manufacturers need to produce parts that meet the specific needs of their clients. Customization in CNC machining has become crucial for manufacturers who want to stay ahead of the competition and deliver exceptional results.

Accurate Metal Stamping understands the value of customization in CNC machining and how it can benefit its clients. In this blog, we will discuss the role of customization in CNC machining and its benefits.

Benefits of CNC Machining

Better Precision

Customization in CNC machining refers to creating parts that meet specific requirements. By using specialized software, manufacturers can produce parts that are unique and tailored to a client’s needs. Customization is achieved by using CAD (computer-aided design) files, which contain detailed instructions on how to create a part, including its dimensions, shape, and tolerances. The software reads and interprets these files to produce a component that meets the client’s specifications.

One of the most significant benefits of customization in CNC machining is precision. With traditional machining methods, producing parts with tight tolerances and complex geometries can be challenging. However, CNC machining allows for the creation of parts with incredible precision, which is critical for industries like aerospace and medical devices. Customization in CNC machining can also reduce the risk of errors and defects, ensuring that parts meet strict quality standards.

Efficiency and Cost Savings

Customization in CNC machining also allows manufacturers to create parts quickly and efficiently. By using specialized software, manufacturers can optimize the machining process, reducing the time it takes to create a part. This can be especially important for industries with tight deadlines or those that require a high volume of parts. With faster turnaround times, clients can get their parts faster, which can help them gain a competitive edge in their industry.

Another benefit of customization in CNC machining is cost-effectiveness. By using specialized software, manufacturers can optimize the machining process to reduce waste and minimize the use of materials. This can lead to significant production cost savings for clients, especially for those who require a high volume of parts. With lower costs, manufacturers can offer competitive pricing, attracting more clients and increasing their bottom line.

Tailored Parts

Customization in CNC machining is useful for industries that require specific parts. Customized parts can be made with precision and efficiency using CNC machining. Customization helps in reducing waste and material usage, resulting in cost-effectiveness. By creating parts that are tailored to clients’ needs, manufacturers can enhance the performance of their products and gain a competitive edge in the market.

CNC Machining Customization

Industries that require specialized parts rely on the ability to meet unique client needs. At Accurate Metal Stamping, we understand the significance of CNC machining customization and have the expertise and equipment required to produce top-quality parts that meet even the most rigorous standards. If you need a reliable and experienced partner for your CNC machining needs, don’t hesitate to contact our manufacturing company today.

Choosing the Right Laser Cutting Technology

Fri, 23 Oct 2026 15:22:11 GMT

Discover the best laser-cutting technology for metal fabrication and why AMS’s CNC Lasers set them apart in the industry

Laser cutting is a technology that has been revolutionizing the manufacturing industry in recent years. With laser cutting, manufacturers can create intricate and precise cuts in materials like metal, plastic, and wood, with minimal waste and maximum efficiency. However, with so many different types of laser cutters available, it can be difficult to know which one is right for your needs. In this post, we will explore the different laser-cutting technologies and explain why AMS’s CNC lasers are the best choice for metal fabrication.

Types of Laser Cutting Technologies

There are several different types of laser cutting technologies available, including CO2, fiber, and Nd:YAG lasers. CO2 lasers are the most common type of laser cutting technology and are ideal for cutting non-metallic materials such as wood and acrylic. Fiber lasers, on the other hand, are better suited for cutting metals like aluminum and steel. Nd:YAG lasers are less commonly used and are typically used for specialized applications, such as cutting jewelry.

While each of these laser-cutting technologies has its advantages and disadvantages, AMS’s CNC laser-cutting technology is the best choice for precision metal fabrication. With Amada CNC laser cutting machines, AMS provides innovative technology for maximum efficiency, productivity, and quality metal fabrication.

What is CNC?

CNC stands for Computer Numerical Control, and it’s a type of automation technology that uses a computer program to control the operation of machines. This technology is used in manufacturing, including CNC machines, to create precise and accurate cuts in materials. CNC technology makes manufacturing more precise, consistent, and efficient and is widely used in many industries.

Advantages of AMS’s Amada CNC Lasers

Amada CNC laser cutting machines are considered to be some of the best equipment in the metal fabrication industry due to their innovative technology and advanced features, which provide several advantages over other types of laser cutting machines.

One of the most significant advantages of AMS’s CNC laser cutting technology is the minimal deburring required after the cutting process, which saves time and money on post-processing. With traditional cutting methods like sawing or punching, the edges of the cut material can become jagged, requiring extensive deburring and finishing to achieve a smooth edge.

Our machines have a high-speed shuttle table that allows for fast material changes, reducing downtime between cuts. This enhances efficiency by cooling the material and preventing distortion during cutting. Our machines also have SFP (splatter-free piercing) capability, which reduces the need for deburring and finishing, saving time and money.

Another advantage of our technology is its ability to cut a wide range of materials, including cold rolled steel (CRS), hot rolled steel (HRS), stainless steel (SS), aluminum, and copper, up to 3/4″ thickness. This versatility makes it an excellent choice for a wide range of applications, from metal fabrication to industrial manufacturing.

Amada CNC laser cutting machines are highly reliable and require minimal maintenance. They are considered to be the best equipment for metal fabrication due to their versatility, advanced features, and high reliability.

AMS: Your Reliable Partner for Precise Laser Cutting Services

At AMS, we offer high-quality and precise laser-cutting services for a variety of materials. Customers choose us for our advanced technology, experienced professionals, competitive pricing, quick turnaround times, and exceptional customer service.

Uncovering the Importance of Quality Control in Metal Manufacturing

Fri, 23 Oct 2026 14:59:15 GMT

Quality control is crucial in metal manufacturing because it ensures that the final product meets the required specifications and is free of defects

In metal manufacturing, the quality of the end product is crucial to the success of the business. It is vital to ensure that the final product is of high quality, meets the required specifications, and is free of defects. This is where quality control comes in.

Understanding Quality Control in Metal Manufacturing

Quality control is a process that ensures that the final product meets the required specifications and is free of defects. It is a vital process that ensures that the end product is of high quality and performs as intended. In metal manufacturing, quality control is essential because the products are often used in critical applications where flaws can be life-threatening.

The process has several stages to test the product quality and make sure it meets AMS’s quality standards.

Importance of Quality Control in Metal Manufacturing

Here are some of the reasons why quality control is important to AMS:

1. Customer Satisfaction

Quality control leads to customer satisfaction by ensuring that the final product meets their expectations, resulting in repeat business. Consistently delivering high-quality products increases the likelihood of customers purchasing from the company.

2. Cost Reduction

Quality control lowers production costs by detecting defects early in the process, which reduces the need for expensive rework and scrap.

3. Quality Control Compliance with Standards and Regulations

Meeting standards and regulations help to avoid costly litigation and maintain the company’s reputation

4. Improved Efficiency

Improving efficiency allows companies to increase their output and revenue by producing more products in less time.

5. Improved Safety

By improving safety, companies can maintain a safe working environment for their employees and avoid costly accidents.

Quality Control: Tools of the Trade

To achieve quality in our products, AMS uses precision tooling and machines that are capable of producing high-quality parts consistently. Here are some ways that AMS achieves accurate metal stamping:

1. Design

The design of the stamping tool is critical to achieving accurate metal stamping. AMS uses computer-aided design (CAD) software to create precise designs for the stamping tool. The design includes details such as the shape, size, and depth of the stamping die, as well as the location of the punch and die.

2. Tooling

AMS employs high-quality tools that are precisely machined from materials such as steel, ensuring accurate and consistent metal shaping during the stamping process. These tools, including the punch, help shape the metal sheet for accurate and consistent end products.

3. Stamping

The stamping process involves using a metal stamping press to apply pressure to the metal sheet and create the desired shape or design. AMS uses high-speed stamping presses that are capable of producing parts quickly and accurately. The stamping process is monitored and controlled to ensure that the stamped parts meet the required specifications.

4. Finishing

After the stamping process, the stamped parts may require additional finishing, such as deburring, polishing, or plating. AMS uses a variety of finishing techniques to meet the customer’s requirements.

Get to Know the Sheet Metal Fabrication Process

Advanced Technology and Quality Control

AMS uses advanced technology and expertise to ensure that its metal stamping process produces high-quality stamped parts that meet the required specifications. A quality inspector examines each metal product to achieve quality assurance and quality control.

High-Quality Alloys: The Proven Secret to Successful Metal Fabrication

Fri, 23 Oct 2026 14:56:25 GMT

Discover the numerous benefits of using high-quality alloys in metal fabrication projects and how AMS can help with your next project

Metal fabrication is a crucial process in various industries, including construction, automotive, aerospace, and many others. The success of any metal fabrication project is heavily dependent on the quality of the material being used. High-quality alloys are essential for ensuring the durability and strength of the finished product. Let’s explore the benefits of using high-quality alloys in metal fabrication projects.

Benefits of Using Alloys

Enhanced Strength and Durability: High-quality alloys are known for their exceptional strength and durability. This makes them an ideal choice for metal fabrication projects that require components that can withstand high stress and pressure. For instance, in construction, metal alloys are often used in the construction of bridges and high-rise buildings.
Improved Corrosion Resistance: High-quality alloys are also known for their corrosion resistance. This means that they are less likely to corrode or rust, even when exposed to harsh environments. This is especially important in industries like aerospace and marine, where components are frequently exposed to harsh weather conditions.
Increased Longevity: The durability and corrosion resistance of high-quality alloys result in increased longevity. This means that metal fabrication projects using these alloys will last longer and require fewer replacements, reducing the overall cost of ownership.
Better Weldability: High-quality alloys are known for their excellent weldability, making them easier to work with during the fabrication process. This results in stronger and more precise welds, which is critical in industries like aerospace, where the structural integrity of components is of utmost importance.
Improved Thermal Stability: High-quality alloys are known for their improved thermal stability, making them ideal for metal fabrication projects that require components that can withstand high temperatures. This is particularly important in industries like automotive, where components are subjected to high levels of heat during use.
Increased Design Flexibility: High-quality alloys provide increased design flexibility, allowing metal fabricators to create intricate designs that would not be possible with traditional materials. This is particularly useful in industrial applications where precise and intricate designs are critical for the success of the finished product.

High-quality alloys play a crucial role in ensuring the success of metal fabrication projects. They provide enhanced strength and durability, improved corrosion resistance, increased longevity, better weldability, improved thermal stability, and increased design flexibility. Whether you are working on a home project or an industrial component, using high-quality alloys is essential for ensuring the finished product meets your specifications and lasts for years to come.

10 Differences Between Aluminum and Stainless Steel

Using Alloyed Metals

AMS, a metal fabrication shop in the Fort Worth area, works with alloyed metals for many of their projects. Because alloying is a process of combining two or more pure metals to create a new material with improved physical and chemical properties, this allows AMS to offer their customers a range of materials with specific mechanical, thermal, and electrical properties to meet the requirements of their specific applications.

Customers choose AMS for their projects because of their expertise in working with alloyed metals. We have a deep understanding of the properties of different alloys and how they can be tailored to meet specific requirements. We also have extensive experience in different types of metal fabrication processes and manufacturing these alloys into complex shapes and forms, ensuring that our customers receive high-quality products that meet their specifications.

Additionally, AMS has a strong commitment to quality and customer service, which has helped them establish a reputation as a reliable supplier of alloyed metal products. They invest in the latest technologies and equipment to ensure that their manufacturing processes are efficient and cost-effective. We work closely with our customers to understand their needs and provide solutions that meet their requirements.

3 Benefits of Using Powder Coating with Metal Fabrication

Fri, 23 Oct 2026 14:53:46 GMT

Powder coating is a process commonly used in metal fabrication. Here are three benefits of using powder coating.

AMS specializes in metal fabrication and powder coating to provide the perfect balance of superior protection and a beautiful appearance. Powder coating is an increasingly popular surface treatment because it offers unprecedented durability, stellar aesthetics, and cost-efficiency.

Popularity of Powder Coating

Up until the 1960s, the majority of metal fabricators opted to use liquid solvent-based paint to complete their work, but it was a labor-intensive and meticulous process. Chromium treatments were popular in the 1950s, and many fabricators followed suit. However, they were costly and time-consuming, exactly like liquid paint.

In the 1960s, powder coating finishes made a successful transition from the research labs to the marketplace. The use of this method above the alternatives was much favored by metal fabricators, and as a result, its use soared in popularity. According to the Powder Coating Institute, 15% of all product finishes worldwide are powder coated right now.

3 Benefits of Powder Coating Metal

Powder coating is a process commonly used in metal fabrication for creating a protective and decorative layer for various metallic surfaces. This method of coating is cost-effective, eco-friendly, and provides an attractive finish. Here are three benefits of using powder coating with metal fabrication:

Durability : Powder coating creates a strong and durable finish that is resistant to scratches and chips, protecting the underlying metal from wear and tear. In addition, powder coating offers superior protection against corrosion, extreme weather conditions, and other elements that could otherwise damage metal surfaces over time.
Aesthetics : Powder coating creates a smooth finish with uniform color coverage across the entire surface area of whatever is being coated. This can create a more aesthetically pleasing finish to any metal fabrication project, making it look professional and attractive for years to come.
Cost-effective : Powder coating is less expensive than other finishing options such as painting or chrome plating due to the process used in applying the coating itself. As well as being cost-effective during application, powder coatings also offer long-term value by drastically reducing maintenance costs compared to other coating methods.

Long-Lasting Finish

You can trust AMS for a long-lasting finish every time, to help you create items that look as good as new for years to come. AMS provides optimal corrosion resistance and helps your investments last longer than conventional treatments, so you don’t have to worry about refinishing or repainting time and time again.

Our powder coating services also offer a dynamic range of attractive colors and finishes, giving you more choices to make sure your end product stands out from the rest. Plus, AMS works hard to keep our prices competitive so that you can get a truly high-quality finish at a price point that won’t strain your resources.

10 Differences Between Aluminum and Stainless Steel

Fri, 23 Oct 2026 14:49:34 GMT

Both aluminum and stainless steel have their own unique set of properties that make them ideal for different applications

Two of the most popular types of metal used in manufacturing are aluminum and stainless steel. Both have their own unique set of properties that make them ideal for different applications. Here are 10 key differences between aluminum and stainless steel to help you decide which is the right material for your next project.

Differences Between Aluminum and Stainless Steel

Appearance – Aluminum has a softer, more matte finish while stainless steel is shiny and reflective.
Oxidation – Aluminum is more prone to oxidation than stainless steel. This means that it’s more likely to form a white, powdery film on the surface over time.
Corrosion Resistance – Stainless steel is much more corrosion-resistant than aluminum. Iron, chromium, nickel, manganese, and copper make up stainless steel. In order to offer corrosion resistance, chromium is added. Additionally, the non-porous nature of it increases its corrosion resistance. Aluminum’s passivation layer is primarily responsible for its great oxidation and corrosion resistance. Extremely acidic or basic situations can cause aluminum to corrode quickly and with disastrous effects.
Strength – When compared to aluminum, stainless steel is stronger at both high and low temperatures. Aluminum is typically not as strong as steel, but it is also almost one-third of the weight. Aluminum is used to make aircraft primarily for this reason. Aluminum can become very soft at roughly 400 degrees, but stainless can be used at considerably higher temperatures.
Conductivity – Aluminum is a better conductor of heat and electricity than stainless steel, which is why it is often used for car radiators and air conditioning units.
Malleability – Aluminum is more malleable than stainless steel, which means it can be shaped and formed more easily.
Cost – Aluminum is generally less expensive than stainless steel.
Weight – Stainless steel is heavier than aluminum, which may be a factor to consider if weight is a concern for your project.
Recyclability – Both aluminum and stainless steel are highly recyclable, but aluminum is more often recycled than stainless steel.
Durability – Stainless steel is more durable than aluminum and will often last longer without showing signs of wear and tear.

Aluminum vs Stainless Steel: Which is Better?

The answer to this question depends on what you need the metal for. If you need a metal that is strong, durable, and resistant to corrosion, then stainless steel would be the better choice. If you need a metal that is lighter-weight, cheaper, and easier to work with, then aluminum would be the better choice.

Talk to an expert at AMS to decide which metal would be viable for your project.

The Top 5 Reasons to Choose AMS for Custom Metal Fabrication

Fri, 23 Oct 2026 14:43:00 GMT

Here are 5 reasons you should choose AMS for custom metal fabrication in the Dallas-Fort Worth area

When it comes to custom metal fabrication, there are many choices out there. So why should you choose AMS? We believe that we are the best option for a few reasons: our experience, our quality, our customer service, and our price. Keep reading to learn more about each of these!

What AMS has to Offer

Experience: We have over 30 years of experience in custom metal fabrication. This means that we know what we’re doing, and we can help you to create the perfect product for your needs.
Quality: We use the best materials and the latest technology to create products that are of the highest quality. You can be sure that your product will be durable and long-lasting.
Customer service: We pride ourselves on our excellent customer service. We will work with you every step of the way, from design to delivery, to make sure that you are happy with your purchase.
Price: We offer competitive prices on all of our products. We want to make sure that you get the best value for your money, and we believe that our prices reflect that.
Satisfaction guarantee: We want you to be 100% satisfied with your purchase, and we offer a satisfaction guarantee to ensure that. If you’re not happy with your product, we will work with you to make it right.

Custom Metal Fabrication In Dallas-Fort Worth

Creating new parts from raw metal involves a custom metal fabrication shop. New parts are created by cutting, bending, and assembling sheets of metal. AMS will use various machines to create the desired shape and can weld the pieces together. This process can be used to create just about any type of metal product imaginable, from car parts to machine components.

Custom metal fabrication companies like Accurate Metal Stamping have a wide variety of specialty tools and machinery available to use. This allows us to create parts that meet even the most specific requirements.

We have a team of highly skilled and experienced engineers and technicians who can work with you to design and create parts that meet your unique needs. And, because we use the latest technology and state-of-the-art equipment, you can be sure that your parts will be of the highest quality.

Methods such as powder coating or laser cutting get the job done with superior quality, but they require high-precision, advanced tools. You can’t get those tools and methods at just any fabrication shop!

AMS has the experience, quality, customer service, and price that you’re looking for. Contact us today to get started on your project!

How to Leave Us a Review

Fri, 23 Oct 2026 14:36:19 GMT

Learn how you can leave a review for Accurate Metal Stamping and tips for leaving an informative review

When someone wants to buy something, they ask friends and relatives for recommendations, they research the brand online. One study from HubSpot found that customers trust recommendations from friends and family over any type of online marketing and advertising your brand can create. While we are always happy for referrals, a Google review is also important to us.

Why Are Customer Reviews Important to Us?

One reason customer reviews are important is that they help us get found on the internet. Your reviews are crucial for our business because they have a huge impact on the buying decisions of our prospective customers. As consumers and prospects have turned more to self-guided research, they rely more on the opinions and experiences of other customers in reviews when evaluating options and making purchasing decisions. Research also confirms that “customer proof” is the most important factor when a consumer is researching a business.

How to Leave AMS a Review

Were you impressed with the services or a team member at AMS and want to tell everyone about it? With a few clicks, you can leave a Google review to inform others about your experience. Leaving a Google five-star review helps others in need of metal fabrication and manufacturing services.

Leaving a five-star review is easy! Tell everybody about AMS by following these simple steps:

Sign in at Google.com. If you don’t have an account, please create one
Go to our Google Maps listing: AMS Accurate Metal
Find the left sidebar and scroll past our review summary.
Click “WRITE A REVIEW”.
Click the star farthest to the right and type a review about your personal experience with our manufacturing services.
Tips for Writing an Awesome 5-Star Review

Whether you have used us once or a thousand times, we want to hear from you!

Do you want to leave a five-star review but don’t know how to start? You can write a compelling five-star Google review by following these simple tips:

Tip 1: Share something special. Did AMS perform above your expectations? Be specific when describing your positive experience. Describe what others can expect as well.
Tip 2: Write with personality. Be creative and thoughtful in your review and express what impressed you most about our service to you.
Tip 3: Include variety. Write about a wide range of aspects of your positive experience with our services, from our customer service to our technical expertise.

Examples of five-star Google reviews about AMS:

Steven Wooley

AMS has helped our small business grow to the next level with state of the art production, a team that treats you like family and a level of dedication un matched and un expected in the market. If you are looking for a metal partner AMS can deliver a turn key solution for your next project small or large unlike anything you had hoped for. We have been partners for going on 2 years and I am excited for the future as we grow together.

Bryce Stuckenschneider

I’ve had the pleasure of working with AMS for several years. To say they are a dependable supplier would be an understatement. We trust their expertise, experience, and truly look at them as a partner as we work to serve our customers. From the top down, AMS is a team I highly recommend and I look forward to years of continued success together.

Matthew Aulbach

Fantastic team at AMS – can’t state that enough. We’ve been working with them for over 10 years. Great pricing, quality and customer service. Everyone goes the extra mile to make sure we have what we need when we need it, and their ability to offer turn-key production is awesome. We’re treated more like family and friends than just another customer.

Thank You!

We value each and every one of our clients and dedicate our business to helping you with your manufacturing and fabrication needs. Leaving a review shows your support and greatly appreciate it! We appreciate you spreading the word about our services!

See more examples here .

National Manufacturing Day and What it Means to the U.S.

Fri, 23 Oct 2026 14:31:04 GMT

Manufacturing Day is about partnering in workforce development and education to develop and support qualified people in the manufacturing industry

On the first Friday in October, National Manufacturing Day honors Americans who proudly stand behind manufactured products and services. The American economy is expanding as we keep creating new items and releasing new technologies. Through entrepreneurship, manufacturing companies generate jobs, and their competitiveness fortifies American manufacturing.

The Fabricators & Manufacturers Association is a founding partner of MFG Day, a project of The Manufacturing Institute. In order to progress in modern manufacturing, the Institute develops and supports qualified people in the manufacturing sector. Through skill-training efforts, community development, and assistance with the advancement of their manufacturing careers, the Institute’s numerous activities benefit women, veterans, students, and employees. The Institute serves as a trusted advisor to manufacturers and is the National Association of Manufacturers’ partner in workforce development and education. It provides them with the tools they need to tackle the most difficult problems facing their field.

What to Know About the Manufacturing Industry

What types of manufacturing is in the United States?

Businesses in the United States manufacture the tiniest of components to building supplies to complete structures. While we often think of manufacturing as an assembly line that builds equipment, it’s so much more. Some examples of the different kinds of manufacturing include:

Textiles
Clothing
Food
Furniture
Electronics
Transportation
Chemicals
Plastics and Rubber
Metal fabricating
Wood products

How many businesses are there in the manufacturing industry in the US in 2022?

There are 718,796 manufacturing businesses in the US as of 2022, an increase of 3.8% from 2021.

Has the number of manufacturing businesses in the US grown or declined over the past 5 years?

The number of businesses in the manufacturing industry in the US has grown 3.8% per year on average over the five years between 2017 – 2022.

Which States have the highest number of businesses in the manufacturing industry in the United States?

California (37,433 businesses), Texas (20,138 businesses), and New York (15,112 businesses) are the States with the most number of manufacturing businesses in the US.

What costs do startup businesses in the manufacturing industry in the US need to be aware of?

The manufacturing industry in the US relies on both capital (plant, machinery, and equipment) and labor to similar degrees. The highest costs for businesses in the manufacturing industry in the US as a percentage of revenue are Wages (12.1%), Purchases (53.6%), and Rent & Utilities (0.7%).

Source: https://www.ibisworld.com/

The Need for Skilled Laborers

We will always be in need of manufacturing skilled laborers. They are just one part of the machine that keeps our country going. Focusing on reskilling and upskilling workers can help improve productivity and efficiency for all sectors in the industry, which is what Manufacturing Day is all about.

Get to Know the Sheet Metal Fabrication Process

Fri, 23 Oct 2026 14:23:29 GMT

One of the most essential forms of modern industrial manufacturing is sheet metal fabrication

American industry is propelled by the sheet metal production process; almost every type of manufacturer depends in some manner on parts, specialist components, structures, or equipment that are a direct outcome of sheet metal fabrication. Sheet metal plays a crucial part in everything from large industrial structures to the most delicate digital assemblies.

What Is The Sheet Metal Working Process?

The number of distinct techniques and equipment used in sheet metal manufacturing is almost as great as the variety of uses it has. From laser cutting to press brake forming, their fundamental purpose is to turn a sheet of metallic material into use for a particular product. There are numerous ways to accomplish this.

Bending and Forming

Sheet metal is bent using special equipment like press brakes to produce U bends, V bends, and custom shapes from flat metal sheets. Metal can be bent or formed by stamping, machining, and folding, among other techniques.

Cutting

Various tools, from simple to sophisticated, can be used during the sheet metal cutting process. Laser cutting is frequently necessary for precision cutting of hard materials, precious metals, and specialty alloys. Because computer-assisted programs make sure that the most effective patterns are employed, this procedure increases productivity while also allowing for more accuracy and precision when cutting products.

Assembly

Often, a part cannot be produced from a single, flat sheet of metal; instead, two or more separate sections must be joined via a welding technique or assembly. A single, bound metallic component can be made using a variety of techniques, including welding , brazing, riveting, and adhesives.

Finishing

Paint, powder coatings , silk screening, and other personalized surface treatments can be used to finish and preserve a sheet of metal after it has been cut, shaped, bent, or otherwise completed. Some of these automated finishing processes aim to provide the metal with certain qualities like increased strength, conductivity, or resistance to corrosion or specific chemicals. AMS offers powder coating.

Material Selection

Material selection is a crucial phase in any sheet metal manufacturing process since some materials are simpler to work with than others. Making a thoughtful, well-researched material decision can help a project save a lot of money, time, and effort in addition to ensuring that the project’s ultimate cost and performance fit are optimal.

AMS can suggest the proper material to choose for your project. We take pride in specializing in various materials and providing a wide range of services at our shop in Fort Worth, TX, including laser cutting for incredibly tight tolerances and precision machining for sheet metal processes.

For more information on sheet metal fabrication processes or the benefits of particular processes or materials, contact the team at AMS today.

4 Types of Metals That Don’t Rust

Fri, 23 Oct 2026 14:18:28 GMT

Metals that contain iron rust easily, however, there are some metals that do not rust or have a lower probability of corroding

When a refined metal is naturally transformed into a stable state, such as oxide, hydroxide, or sulfide, the result is corrosion, which affects the metal’s entire surface. In most cases, corrosion happens when the majority of the atoms on a metal surface are oxidized. Different metals have a tendency to lose electrons quickly in water and the atmosphere which causes reduced oxygen and causes the metal to form an oxide.

Corrosion is dangerous and costly. Fortunately, there are some metals that don’t rust easily. These metals can either resist corrosion for a long time or entirely. Every metal has its own advantages, but the ability to resist corrosion is a crucial characteristic that defines how a metal is used.

Metals that Don’t Rust or Corrode

Metals that contain iron rust easily. Metals like copper, silver, and gold will corrode eventually over time. Here are some metals that do not rust or have a lower probability of corroding:

Stainless Steel
Iron, magnesium, chromium, silicon, carbon, nickel, and molybdenum are all components of stainless steel. These substances combine to produce a thin, stable layer that is made up of corrosion byproducts like metal oxides and hydroxides after reacting with oxygen from air and water. Chromium plays a dominant role as it is present in all the elements by at least 10% and interacts to produce chromium oxide, which serves as a barrier against corrosion on the metal surface. More chromium equals more resistance. The most renowned grades of stainless steel include 304, 316, and 430.
Aluminum
Because aluminum doesn’t contain iron or steel, the likelihood of corrosion is greatly diminished. It produces a thin layer of aluminum oxide when exposed to water that protects the metal against corrosion. This is why the majority of aircraft are made of this durable metal.
Galvanized Steel
This kind of carbon steel has undergone galvanization, which involves coating it with a thin layer of zinc to function as a barrier against oxygen and water, keeping the steel from corroding. A protective layer of zinc oxide protects the surrounding steel even if the coating is scratched. The higher the grade number of galvanized steel, the thicker the layer of zinc which equally makes it corrosion-free.
Red Metals
Red metals (copper, brass, and bronze) contain little or no iron, making them resistant to rust or less susceptible to corrosion. When these metals oxidize, they don’t corrode but are likely to turn green due to prolonged exposure to oxygen. While it’s not necessarily corrosive, it is not pretty to look at.

Protecting Your Metal

Taking preventive measures will expand the life of any metal and keep it in a good condition. If you’re worried about a metal corroding or rusting, consider powder coating it for protection. Talk to an expert at AMS to decide which metal would be viable for your project.

The Fourth Industrial Revolution

Fri, 23 Oct 2026 14:14:48 GMT

The Fourth Industrial Revolution started around 2015 and is characterized by a tendency toward automation and data sharing in manufacturing technologies and processes, including cyber-physical systems (CPS), the Internet of Things (IoT), cloud computing, artificial intelligence, and cognitive computing

Due to increased interconnection and smart automation, the Fourth Industrial Revolution, also known as Industry 4.0, conceptualizes fast change in technology, industries, and social patterns and processes in the twenty-first century. The word has been frequently used in scientific literature, and Klaus Schwab, the World Economic Forum’s Founder and Executive Chairman, popularized it in 2015. According to Schwab, the changes are more than merely efficiency gains; they represent a profound transition in industrial capitalism.

Through continuous automation of old manufacturing and industrial methods, the use of current smart technologies, large-scale machine-to-machine communication (M2M), and the internet of things (IoT), major alterations are taking place in how the global production and supply network runs, according to Wikipedia. Increased automation, improved communication and self-monitoring, and the usage of smart technologies that can evaluate and diagnose issues without the need for human interaction are all benefits of this integration.

AMS uses smart technologies and is constantly on the lookout for trends affecting the metal industry to better serve our customers. In fact, just last year we added two new Haas machines to increase our production capacity and they can be programmed to be self-automated.

Industrial Revolution History

If you take a look at how far the industry has come, it’s quite amazing. Its impact is profound – not just on society as a whole, but economically as well.

First Industrial Revolution

The utilization of steam and water power heralded the move from hand to machine manufacturing during the First Industrial Revolution. It took a long time for new technology to be implemented in the era between 1760 and 1840 in Europe and the United States. Its impacts were felt in the textile sector, which was the first to embrace such reforms, as well as the iron industry, agriculture, and mining, as well as societal repercussions such as a growing middle class.

Second Industrial Revolution

The Second Industrial Revolution, also known as the Technological Revolution, spanned the years 1871 to 1914 and was triggered by the construction of the vast railroad and telegraph networks, which allowed for quicker movement of people and ideas, as well as the introduction of electricity. As factories became more electrified, they were able to construct the modern production line. It was a time of rapid economic expansion and increased productivity, but it was also a time of high unemployment as many manufacturing employees were replaced by machines.

Third Industrial Revolution

After the end of the two world wars, the Third Industrial Revolution, (aka the Digital Revolution), began in the late twentieth century, resulting from a slowdown in industrialization and technical progress compared to prior times. A decade later, the Z1 computer marked the start of more advanced digital innovations. The supercomputer was the next big advancement in communication technology, and with the widespread use of computer and communication technologies in the manufacturing process, equipment began to replace the need for human power.

Fourth Industrial Revolution

The Fourth Industrial Revolution (aka the Imagination Age), started around 2015 and is characterized by a tendency toward automation and data sharing in manufacturing technologies and processes, including cyber-physical systems (CPS), the Internet of Things (IoT), cloud computing, artificial intelligence, and cognitive computing.

Laser Cutting Custom Mild Steel Panels

Fri, 23 Oct 2026 14:09:23 GMT

Custom laser cutting by AMS

Every day, we use a laser cutter to produce custom-designed panels using mild steel. We are available to assist our customers with their designs, prototypes, and production volumes.

What is Mild Steel?

Mild steel, commonly known as “low carbon steel,” is a form of carbon steel having a low carbon content. Although values vary depending on the source, mild steel normally has a carbon concentration of 0.05 percent to 0.25 percent by weight, whereas higher carbon steels typically have a carbon content of 0.30 percent to 2.0 percent. If any more carbon is added, the steel will be categorized as cast iron.

Mild steel sheet is a thin, flat piece of steel with many applications. It is measured by its thickness (gauge) and is often used in general fabrication where the finish is not critical.

Mild steel has less carbon than other steel, making it more ductile, machinable, and weldable. It is difficult to harden and strengthen by heating and quenching. Because it has less carbon and other alloying elements to prevent dislocations in its crystal structure, this results in lower tensile strength than high carbon and alloy steels. Mild steel is magnetic due to its high iron and ferrite content.

Because mild steel lacks alloying components like those found in stainless steel, the iron in it is susceptible to oxidation (rust) if not adequately coated. However, the small amount of alloying elements in mild steel allows it to be more affordable than other steel. The price, weldability, and machinability of this steel make it a popular customer option.

Facts About Mild Steel

Mild steel has ferromagnetic properties. This makes it ideal for the manufacture of electrical devices and motor parts.

Mild steel is the cheapest and most versatile form of commercially available steel used as sheet metal, bar, rod, and sections.

It can be machined and shaped easily due to its inherent flexibility. It can be hardened with carburizing, making it the ideal material for producing a range of consumer products.

High tensile strength
High impact strength
Good ductility and weldability
A magnetic metal due to its ferrite content
Good malleability with cold-forming possibilities
Not suitable for heat treatment to improve properties

Working with Mild Steel Panels

It’s simple to fill a complete sheet of metal when laser-cutting bespoke panels. The entire sheet may be filled with the cut-outs once a single panel has been programmed, which takes only a few minutes.

These panels may be made without the requirement for any post-laser cutting-edge deburring and can be powder coated and packaged for shipping.

We make sheet metal blanks mostly by laser cutting customized panels and CNC punching. We can make a wide range of sub-contract parts by feeding these unique blanks through our CNC press brakes.

Work with AMS

Give us a call if you have a sheet metal product that has to be manufactured. Whether it’s hundreds or thousands of pieces or just a few, we will evaluate which procedure is most appropriate for your project.

Manufacturing Process: Machining vs. Fabrication

Fri, 23 Oct 2026 14:03:24 GMT

Learn the difference between machining and fabrication and how they are both parts of the manufacturing process

Both fabrication and machining are parts of the manufacturing process. Depending on the desired outcome as well as the type of material that is being used, will determine which process can be used. AMS is known for quality products that are manufactured in our facility in Fort Worth, TX.

Manufacturing Process: Fabrication

Fabrication is the process of making parts out of raw materials like sheet metal. Machine fabrication, in particular, involves techniques such as bending, punching, cutting, and welding. Machining encompasses a larger range of tactics that make use of other technologies.

Manufacturing Process: Machining

In general, machining is the process of removing superfluous metal to create a final product. Milling, drilling, and turning are all common machining techniques (lathe work).

Manufacturing Process: What is Manufacturing

Manufacturing is the process of assembling those metal parts to form a finished product, whereas fabrication is the process of creating those metal parts. AMS also offers powder coating services to add a final touch to your product.

Custom Sheet Metal Fabrication

AMS are experts in bespoke sheet metal fabrication for a wide range of industries. We manufacture components, assemblies, and chassis for the commercial, electronics, communications, medical, retail, industrial, and other industries.

People may mistake us for just a machine shop at first. While we do machining work, we are better described as a metal fabricating shop. This means we start with flat sheets of metal and go on to laser cut, punch out, bend, weld, powder coat, and assemble finished parts. However, we can also start with blocks of metal (round, square, or rectangular solid rods or tubing) and create finished parts through sawing, milling, drilling, and turning processes.

Because we do everything in-house, there’s no need to ship your product from one shop to another. This will save you time and money in the long run. Everything is thoroughly inspected and can be delivered on time, every time.

Choose AMS for Your Manufacturing Needs

Choosing a shop that has been around for a while and is known as a reliable source of quality is important when starting your metal fabrication projects. AMS has been in the industry for more than 30 years providing quality products to companies around the world. Because we can build out your product from start to finish, you’ll save time and money with us!

Metal Fabrication – A Quick History

Fri, 23 Oct 2026 13:51:06 GMT

Follow how metal fabrication has evolved from the Stone Age to the Modern Age

Metal fabrication has been around for centuries and represents one of the oldest elemental skills known to man. From the transportation industry to jewelry making to building materials, metalworking has become an important aspect of society in so many regards. Let’s take a look at metal fabrication over time.

The Stone Age

Hunters and gatherers of the Stone Age used monoliths and small stones to develop blades and tools circa 10,000-4,500 BCE. In 9,000 BCE, copper became the first metal discovered by humans who later developed the metal into tools. Other native materials such as gold and silver followed and were used to make works of art, currency, jewelry, and tools.

The Bronze Age

It wasn’t until the Bronze Age (circa 2,300-700 BCE) that metal pots and pans and the chariot were invented. This historical era is also noted for innovations in writing and the design of the first wheel. Bronze was the first known hard metal and the oldest alloy to be crafted into swords and armor.

The Iron Age

While humans continued to manufacture and manipulate the use of bronze, the Iron Age emerged circa 1,500 BCE, which used smelting processes to transform iron into weapons, armor, and infrastructure. According to EandT.org, “The period gets its name from the widespread employment of ferrous metallurgy and the early evolution of carbon steels for tools and weaponry, iron’s emergence as the pre-eminent engineering material of the era was not ushered in by any significant innovations in materials processing.” This is when the real age of metal fabrication began.

The Steel Age

More than 1.6 billion tons of steel are produced globally each year. Steel is one of the most abundant man-made materials on the planet today. As an alloy, it is made up almost exclusively of iron with its secondary component of carbon which is added to increase iron’s strength and hardness

Although steel has been known to civilizations globally for thousands of years, it wasn’t until the arrival of the Bessemer process in the mid-19th century that it could be mass-produced in industrial quantities.

The Aluminum Age

Despite the difficulties in extracting aluminum, it is the second most used metal, with global production in 2016 at 58.8 million tons.

Large-scale industrial production arrived in the late 19th century when the Hall-Héroult process crafted the art of aluminum smelting. The Austrian chemist Carl Joseph Bayer discovered a method of purifying bauxite (aluminum’s most common ore) to yield alumina in 1889. The Bayer and Hall-Héroult processes remain the basis of aluminum production to this day.

The Modern Age

Leonardo Da Vinci envisioned the first rolling mill used later to standardize and roll gold sheets into currency (coins). Rolling mills developed in the 1600s supported standardization and production which became the hallmark of the Industrial Revolution.

Metals today are still used, though on a larger scale, what they were initially used for: tools and building materials. The industrial fabrication of metal has undoubtedly changed the course of human history as we know it and we will continue to evolve our relationship with various metals.

Today, reports say there are more than half a million metal fabrication companies in the US generating billions in revenue annually and employing millions of workers that strengthen our economy.

We hope you’ll choose AMS for our quality and knowledge in the industry.

Sheet Metal Fabrication Techniques

Fri, 23 Oct 2026 13:40:40 GMT

There are many different techniques used in sheet metal fabrication

There are many different techniques used in sheet metal fabrication, including stamping, punching, rolling, and shearing. Each technique has a distinct purpose and is used to create different shapes and components, which often require additional finishing and treatment processes following fabrication.

Cold Forming Techniques for Sheet Metal

Shearing was one of the longest-standing means to cut sheet metal but has since been replaced by faster, more precise methods.

Punch press uses tools to punch holes and shapes to make any number of patterns and is particularly effective for cutting simple patterns that are more economical than cutting on a laser cutter or a water jet. Punch presses can operate at hundreds of strokes per minute for processing parts quickly.

Laser cutting works with a combination of various gasses to burn away material and produce a clean edge and can hold very tight tolerances.

Hemming is where the edges of the sheet metal are folded over itself or folded over another piece of sheet metal to achieve a tight fit or a stronger, rounded edge. This technique joins parts together to improve the appearance or increase the strength and reinforce the edge of a part.

Most sheet metal bending operations involve a punch and die type setup when forming along one axis. Punch and dies come in all sorts of geometries to achieve varied different shapes. From long gentle curves to tight angles at, below, or above 90-degree angles bending metal can achieve many different shapes. Press brakes are generally needed when a sharp angle is desired. Rolling and forming methods are used when a long continuous radius is desired in one direction, or along one axis.

Design Considerations For Sheet Metal Fabrication

Here are some considerations AMS takes into account during fabrication:

Sheet metal fabrication is most cost-effective when standard tool sizes are used as opposed to costly custom tools that need to be made specifically for the job. If a single part becomes too complex, we consider welding or riveting parts together that can be made using standard or universal tools.

Because bends will stretch material, features such as holes, cut-outs, inserted hardware should be located well enough away from bends to prevent distortion of the hole.

Press brakes create bends by pressing sheet metal into a die with a linear punch, so the design does not allow the creation of closed geometry.

Sheet metal tolerances are much more generous than machining or 3D tolerances. Factors affecting tolerances include material thickness, machines used, and the number of steps in the fabrication process.

A uniform bend radius such as 0.030 in. (industry standard) should be used on every bend of a part to reduce multiple setups and accelerate production.

Welding thin materials can lead to cracking or warping. We may consider other joining methods when working with thin materials.

Finishing Sheet Metal

There are several different methods and reasons to finish sheet metal parts. Depending on the material chosen, some finishing techniques protect the material from corrosion or rust while other finishing materials are done for aesthetic reasons. In some cases, finishing can achieve both purposes. Standard finishing techniques include:

Brushing – Used to deburr and remove surface defects from sheet metal parts. The surface pattern created is a uniform parallel grain resulting from the brush moving against the metal surface in one direction.
Plating – The process of coating a layer of metal to an object of different types of metal. This process is usually for aesthetic purposes or more practical reasons such as corrosion resistance and protection from wear and tear.
Polishing – A layer of oxidation and also a thin layer of the material itself is ground off. This smooths out the metal, removing imperfections, and giving it a shinier aesthetic.
Powder coating – Creates a hard finish that is tougher than conventional paint. Powder coating comes in any color and therefore makes a great custom finish method when both durability and aesthetics are desirable finishes.
Sandblasting – The operation of forcibly propelling a stream of abrasive material against a surface under high pressure to smooth a rough surface, roughen a smooth surface, shape a surface or remove surface contaminants.

Sheet Metal Fabrication

AMS has been committed to providing customers with precision sheet metal fabrication services for more than three decades. Our team has the experience and expertise needed to get your job done properly and promptly. These qualities, combined with some of the most advanced metal fabrication equipment around, allow us to provide you with exceptional quality at low prices.

What Can AMS do with Sheet Metal?

Fri, 23 Oct 2026 13:30:47 GMT

Learn the advantages of using sheet metal in the fabrication process

Sheet metal is one of the most adaptable materials in the manufacturing industry. Many different industries rely on the versatility and durability of sheet metal including aerospace, appliance manufacturing, consumer electronics, machinery, transportation, and more.

Why Choose Sheet Metal?

Sheet metal offers several advantages as compared to both non-metal alternatives and other metal fabrication processes, as well. Sheet metal is much less expensive in both processing and material costs. It does not have the extremely high tooling costs of injection molding, which makes sense at high volumes.

Sheet metal lets you buy and use what you need with relatively low material waste, unlike starting with an expensive block of material (much of which is wasted in the milling process of removing unneeded material). The unused sheet can then be used for another project and the shavings produced are recycled.

The advancement of technology used in modern fabrication, automation, and new CAD (computer aid design) programs make designing in sheet metal easier. CAD programs have the ability to design in the same material you intend to fabricate with and will allow programming of the parts to come straight from the CAD model itself. There is no need to create a separate set of shop drawings to interpret the design.

The greatest cost for sheet metal fabrication is in the first piece because the cost is all in the setup. Once the setup is complete and the costs are spread out across the larger volume of pieces being fabricated, the price drops significantly more than most subtractive processes like machining.

Steel, aluminum, stainless steel, and copper alloys are sturdy enough to hold larger metal or plastic pieces together without breaking. If metals with corrosion resistance such as stainless steel sheet metal or plated/coated components are used, they will not be vulnerable to water or corrosion damage.

Sheet metal forming is the most cost-effective forming procedure today for manufacturing parts in large quantities. It is a versatile, consistent, and high-quality procedure to create accurate metal parts with limited material waste.

How Is Sheet Metal Being Used?

Sheet metal can be cut, stamped, formed, punched, sheared, bent, welded, rolled, riveted, drilled, tapped, and machined. Hardware can then be inserted to fix electronic components, metal brackets, or other pieces of sheet metal. To finish sheet metal, it can be brushed, plated, anodized, powder-coated, liquid painted, silkscreen, laser-etched, and pad printed. Parts can be welded and riveted into complex assemblies.

Just like any other technology, the processing of precision sheet metal is constantly evolving. Materials, processes, tooling, and equipment are becoming highly specialized which is improving the time involved to make common sheet metal parts and speeding up the design process.

Steel, aluminum, brass, copper, tin, nickel, titanium, or other precious metals are traditionally used to make sheet metal. Thicknesses vary but are mostly broken into two distinctions: thin gauge and heavy plate.

What Can AMS do with Sheet Metal?

At AMS, we use sheet metal to fabricate small sheet metal parts like brackets or connectors and some larger components. We have a proven track record in producing parts and bringing a wealth of fabrication knowledge to ensure fewer hiccups in the design and fabrication processes.

Not only can we punch and form sheet metal, but we offer an array of services to do everything in-house (like welding and powder coating). Call us to get started on your next project! 817-284-9444

Types of Metals and Their Specialties

Fri, 23 Oct 2026 13:21:52 GMT

Common Types of Metals AMS works with: Stainless Steel, Aluminum, Carbon Steel

At AMS, we can work with several types of metals for a vast array of projects. Let’s take a look at three common types of metals we work with and what they can do for you.

Stainless Steel

This metal material is defined as a ferrous alloy with a minimum of 10.5% chromium content. The name originates from the fact that stainless steel does not stain, corrode or rust as easily as ordinary steel.

Special Property: This metal is also referred to as corrosion-resistant. Stainless steels have higher resistance to oxidation (rust) and corrosion in many natural and man-made environments.
Metal Appearance: Stainless steel’s resistance to corrosion and staining, low maintenance, and familiar luster make it an ideal base material for a host of commercial and residential metal applications.
Metal Cost: Stainless steel can be more expensive than standard steel but does not require painting or treating after production.

Aluminum

This metal is found primarily in bauxite ore and is known for its resistance to corrosion (due to the phenomenon of passivation) and it’s lightweight. This metal is used in many industries to manufacture a large variety of products.

Metal Appearance: Aluminum is a soft, lightweight metal with normally a dull silvery appearance caused by a thin layer of oxidation that forms quickly when the metal is exposed to air. Aluminum is nontoxic (as a metal), nonmagnetic, and nonsparking. Aluminum is about one-third as dense as steel or copper; it is malleable, ductile, and easily machined and cast. It has excellent corrosion resistance and durability because of the protective oxide layer.
Special Property: Improper use of aluminum may result in problems, particularly in contrast to iron or steel, which appear “better behaved” to the intuitive designer, mechanic, or technician. The reduction by two-thirds of the weight of an aluminum part compared to a similarly sized iron or steel part seems enormously attractive, but know that this replacement is accompanied by a reduction by two-thirds in the stiffness of the part. Therefore, although direct replacement of an iron or steel part with a duplicate made from aluminum may still give acceptable strength to withstand peak loads, the increased flexibility will cause three times more deflection in the part.
Metal Cost: Aluminum may be more expensive than standard steel and approximately the same cost as stainless steel.

Carbon Steel

This metal is an alloy primarily composed of iron, with a carbon content between .02% and 1.7%, depending on grade. Carbon is the most cost-effective alloying element for iron.

Special Property: Commercial grades of steel used in the production of brackets and fabrications are typically supplied in sheets with thicknesses described as gauges. Typical gauges would be 12 (.10”), 14 (.075”), 16 (.060”), 20 (.035”) gauge. Plate steel would be described in thickness of 3/16 (7 ga), ¼”, 3/8”, and ½”.
Metal Appearance: Light gauge sheet steel (12 gauge to 20 gauge) would normally be cold rolled and have a smooth, clean surface. Heavy gauge steels (3/16” to ½”) are typically hot rolled. The surface is rougher than cold-rolled but still acceptable for most applications.
Metal Cost: Steel is the most cost-effective and durable metal available for fabrication. It is not resistant to rust so therefore needs surface coverage. AMS has powder coating services that can protect your steel.

Which Metal is Best?

The type of metal to use for your components will be determined by its use. Talk to AMS about your project and we can help you find the best solution for your budget.

AMS Gets New Haas Machines

Fri, 23 Oct 2026 13:16:46 GMT

Check out the latest Haas machines to join AMS: Haas Bar Feeder V2, Haas ST-30Y

We have a couple of new machines at our metal manufacturing shop! We are excited to announce we have received the Haas Bar Feeder V2 and Haas ST-30Y. These will help us increase productivity allows us to make many more additional types of machined parts much faster. Both are top-of-the-line tools to add to our repertoire.

About the Haas ST-30Y

The DS-30Y Y-axis turning center combines dual-spindle turning with Y axis, C axis, and live tooling to create a powerful “done-in-one” machining solution. Off-center milling, drilling, and tapping operations are possible for increased machining capabilities. It comes standard with a 12-station BMT65 turret and synchronized C axis for versatile 4-axis capability.

The opposed spindles support fully synchronized turning and allow on-the-fly part pass-off to reduce cycle times. The DS-30Y has a medium footprint, yet provides a generous work envelope. The compact footprint and redesigned sheet metal of the new design yield a shorter distance between the door and center of the chuck for better ergonomics. The reduced reach to the chuck makes it easier for machine operators to manually load and unload parts. It also allows for faster automated (robot) part loading and unloading.

The Haas Visual Programming System uses graphical templates and a form-like interface to help you quickly create G-code programs for not only basic part features, but also more complex operations, like Y-axis milling/drilling, probing, and more. We are able to program it to your exact specifications.

Haas has increased the angle of the wedge from 45 degrees to 55 degrees, which improves the overall chip flow inside the work envelope.

Overview:

New castings – Increased rigidity and dampening properties
Improved ergonomics for everyday operation
Improved chip evacuation
Increased Z-axis travel
Increased wedge stance for heavy-duty performance
WiFi standard
HaasDrop wireless file transfer standard
Safe Run standard
HaasConnect remote monitoring standard

We love it because:

Dual-spindle design for done-in-one operations
Y-axis milling, drilling, and tapping
Ideal for high-volume, high-production environments
Made in the USA

About the Haas Bar Feeder V2

The Haas Bar Feeder is a simple and affordable way to automate part production on Haas turning centers to boost productivity. It is designed and built exclusively for use on Haas turning centers and connects directly to the Haas control. An innovative rollaway design provides easy access to the rear of the lathe spindle for quick liner adapter and spindle liner changes.

Fast setup and quick changeovers are what set the Haas Bar Feeder apart from the competition. The rollaway design lets us swap out the patented Haas extruded spindle liners in minutes, and the quick-change pushrods snap in place without tools. Bar height

adjustments are fast and easy using a single handwheel, and our belt-driven bar-shuttle system provides lightning-fast retract speeds to reduce cycle times.

Overview:

Rollaway design provides easy access for quick liner changes
High push-rod speeds for shorter part-to-part cycle times
Ability to use the pushrod as a stop
Improved mechanical design for increased reliability and performance
Easy bar diameter changeover (height adjustment), with better ergonomics
Quick-change pushrod design, with no tools needed
Storage for both pushrod diameters, 3/8″ (9.5 mm) and 3/4″ (20 mm)
Easily accessible storage for all extruded liners

We love it because:

All-inclusive design, with plug-and-play capabilities to a Haas lathe
Interfaces directly with the Haas control
Includes patented Haas spindle liners
Made in the USA

Focus On Continuous Improvement

We concentrate on quality products here at AMS. By adding new, top-of-the-line machinery, we are able to meet and exceed your expectations for metal manufacturing. Accuracy, stability, productivity, and reliability are the cornerstones of the work we do here.

Benefits of Metal Stamping Your Customized Parts

Thu, 22 Oct 2026 20:39:40 GMT

Metal stamping is ideal for quick production of both specialized precision components and simple industrial parts and has several advantages.

When you need customized components, you want quality and you want them fast. With advances in metal stamping technology, you can reap the benefits of getting your components just the way you want.

Metal stamping is ideal for quick production of both specialized precision components and simple industrial parts. Applications that benefit from metal stamping encompass various industries, but all stamped components share the same advantages:

Extreme Precision

Metal stamping can produce highly accurate parts within extremely tight tolerances.

Production Volume

After the die has been created, metal stamping can be used to complete high-volume production runs quickly and efficiently.

Versatility

Metal stamping can be used to create components in a variety of shapes and sizes, from micro-stamped components to engine housings. Round components are inexpensive to manufacture when compared with other fabrication methods.

Process Control

The metal stamping process can be controlled strictly from conceptualization of your component through finishing, so your part is assembly-ready upon completion.

Cost Efficiency

With metal stamping, cost efficiency is one of the biggest reasons why companies are beginning to take advantage of this process. Dies are relatively less expensive to produce and maintain than those used in other common processes. Speeding up the production process requires less machine use, fewer laborers, and reduced labor time, which means your overall expenses will drop.

Longer Runs

The continuous material feed used in the progressive die stamping process allows for long runs. Longer runs between material changes and tooling adjustments mean your parts can be produced in a much shorter time.

High Repeatability

The hard tooling die designs allow for high-volume runs without die degradation. This means that part quality remains high and there are fewer failed parts.

Quicker Setup

When compared to traditional fabrication or machining, the setup time may be much less for the progressive stamping process. What is achieved in multiple setups and processes during traditional fabrication and machining, may be performed in one operation if progressive die stamping is utilized.

Less Scrap Material

Progressive stamping is a metalworking method that can encompass punching, coining, bending, and several other ways of modifying metal to produce your desired end part shape. The vast majority of the material is used, hence, less scrap is produced. What is left over is recycled.

Emphasizing Quality

At AMS, we use the best of the best machines and technology. We know that metal prices are always fluctuating, but we do our best to keep costs low and quality high for our customers. Our in-house integration system makes sure that your product is produced in a timely manner. We specialize in the stamping of tight-tolerance, close-pitch, high-precision, and light-gauge metal components, as well as thicker gauge, larger metal components, and assemblies.

We can customize a myriad of precision metal stamped solutions tailored to your specific end-application needs, and produce them to your exacting specifications. By placing an emphasis on quality, we maintain robust internal tooling capabilities that ensure all our progressive stamping tools exceed customer requirements.

The Importance of Metal Stamping in Today’s World

Thu, 22 Oct 2026 20:29:49 GMT

Take a look at different industries that use metal stamping: Aerospace Components, Original Equipment Manufacturing (OEM), Construction Hardware And Equipment, Medical Devices And Equipment, Electrical And Power Components

Metal stamping is a fabrication method that is simple yet versatile. It has been modified and improved over the years to create the extremely efficient methods we use today. At its most basic level, flat sheets of metal are fed into a stamping process that uses a tool or die surface to create a new shape.

Due to the compression forces used to deform the metal into the desired shape, the result is a stronger, more functional component.

These days, we can take just about any metal and form it into any component for any industry. AMS’s machines and staff are highly qualified to manufacture for many industries.

The Key Industries That Rely on Metal Stamping

Metal stamping is used to create durable, accurate components for a number of industries. Let’s take a look at a few that AMS caters to as well as other industries that use metal stamping processes.

AEROSPACE COMPONENTS

Components made for the aerospace industry must meet stringent industry standards and safety regulations. Accurate Metal Stamping offers extremely precise results with tight tolerances. The stamping process gives complies with the latest governing regulations, including FAA, NASA, DOD, ISO, and other standards.

ORIGINAL EQUIPMENT MANUFACTURING (OEM)

Original equipment manufacturing (OEM) depends heavily on precision stamped components for durable custom-designed products. The high strength of metal stamped components helps OEMs design products with greater reliability and a longer service life. Metal stamping is less expensive than other manufacturing processes and is easily automated, making it ideal for speedy, inexpensive production of highly accurate parts.

CONSTRUCTION HARDWARE AND EQUIPMENT

Metal stamping is perfect for manufacturing durable construction hardware and components that can withstand harsh outdoor environments, extreme wear, heavy loads, and corrosive substances. The high strength and wear resistance of metal stamped components make them particularly useful for the harsh conditions common in construction applications.

MEDICAL DEVICES AND EQUIPMENT

People’s lives depend on the precision and reliability of medical components. For many medical device and equipment manufacturers, metal stamping is the ideal manufacturing method for dependable and durable components. Enhanced control over the fabrication process from design through production allows manufacturers in the medical industry to quickly produce parts and assemblies while meeting extremely rigorous health and safety standards.

ELECTRICAL AND POWER COMPONENTS

Electrical components such as connectors, housings, clips, fasteners, and assemblies are often produced using metal stamping processes. Metal stamping can be used to produce highly accurate, durable, and extremely detailed stamped parts necessary for the reliable long-term operation of a variety of power and electrical applications.

Why Accurate Metal Stamping?

These days, the metal stamping industry is competitive and important. You want a company that can provide the best products for your industry with precision.

With more than 30 years of experience, AMS is dedicated to providing the highest quality metal-stamped products for our customers in a range of industries. Our state-of-the-art production facility coupled with our highly knowledgeable and experienced staff can handle an extensive array of custom-stamped parts and components for nearly any industry.

Learn more about metal stamping here.

Learn more about our fabrication process here .

When Do I Need A Professional Ecoblaster?

Thu, 22 Oct 2026 20:17:42 GMT

Learn Why You Need a Professional Ecoblaster, Projects that Require a Professional Ecoblaster (like rusty equipment or surface prep), and the Importance of a Licensed and Insured Professional

When you have a piece of equipment that’s rusting out or you need to prep a surface for painting/powder coating, you need to call in a professional ecoblaster. Dustless blasting, aka ecoblasting, needs to be used anytime you have a large surface area, small moving parts, tight spaces, or are dealing with potentially hazardous materials that need to “cleaned.”

Why You Need a Professional Ecoblaster

A professional can not only save you time and money, but they know exactly what media to use for your project. Sometimes, when you DIY, you can ruin your project because you lack the skill to control the blasting process. This could cost you extra money and huge headaches in the long run. If you want a project done right and done quickly with little mess, you need a professional ecoblaster .

Is Blasting the Best Method for Your Project?

Ecoblasting is great for a wide variety of projects. Very rarely are you dealing with one type of surface and that’s when it’s good to have a professional on the job. It takes an experienced media blaster to know what sand grit and nozzle are needed to do a project without damaging the surface. Often, DIY projects take more time and patience than you really want, so calling in the pros can take the burden off of you.

Projects that Require a Professional Ecoblaster

Large projects that require a lot of elbow grease can be done with ecoblasting. Here are some examples:

�� Preparing surfaces for auto restoration

�� Preparing surfaces for painting

�� Cleaning grime on machine parts

�� Removing graffiti from most surfaces

�� Removing rust and oxidation from machinery or other objects

�� Removing marine growth on boats

�� Removing powder coating for resurfacing

�� Chrome removal on vehicles

�� Curb paint and line stripe erasing

�� Heavy equipment and fleet vehicle stripping

�� Pool tile cleaning

�� Masonry cleaning

�� Sanding fences and other wood surfaces

�� Furniture stripping

As you can see, there’s a lot you can do with ecoblasting. AMS has in-house blasting and we also partner with A&J Ecoblasting when you need someone to come to you.

Is it Important to Use a Licensed, Bonded, and Insured Contractor?

A properly licensed and insured contractor will always be the safest choice. You don’t want to pay out-of-pocket if something does go wrong. You may find uninsured contractors charge much less, however, you’ll wind up paying a pro to repair a failed project. Get the pros with AMS to get the job done right.

Always confirm with your contractor whether their liability insurance covers your investment in the case of a catastrophic accident. Also, you should always go online and confirm that the license and insurance are current.

Answering Questions About Your Project

If you’re not sure something can be ecoblasted or how long the project would take, call AMS to get a quote. We’re happy to explain the process and how we can help! 817-284-9444

What is Metal Stamping?

Thu, 22 Oct 2026 20:06:36 GMT

Metal stamping is a complex process that can include a number of metal-forming processes. If you are looking for high-quality, durable products at an affordable cost with a fast turnaround, AMS is here for you.

Metal stamping is a manufacturing process used to convert flat metal sheets into specific shapes. It is a complex process that can include a number of metal forming techniques like blanking, punching, bending, and piercing, for a number of different components. Metal stamping, also referred to as pressing, is a low-cost high-speed manufacturing process that is able to produce a high volume of identical metal components and is suitable for either short or long production runs.

The Basics of Metal Stamping

Stamping involves placing a high-quality flat sheet metal, in either coil or blank form, into a stamping press. While in the press, a tool and die surface form the metal into the desired shape. Punching, blanking, bending, coining, embossing, and flanging are all stamping techniques used to shape the metal based on the design the tooling professionals enter via CAD/CAM engineering technology.

Types of Metal Stamping

There are three major types of metal stamping techniques: progressive, four-slide, and deep draw.

Progressive Die Stamping

Progressive die stamping features a number of stations, each with a unique function. First, the strip metal is fed through a progressive stamping press. The strip unrolls steadily from a coil and into the die press, where each station in the tool then performs a different cut, punch, or bend. The actions of each successive station add to the work of the previous stations, resulting in a completed part.

Fourslide Stamping

Fourslide, or multi-slide, involves horizontal alignment and four different slides – four tools are used simultaneously to shape the piece. This process allows for simultaneous multiple intricate cuts and complex bends to develop even the most complex parts. As material feeds into a four-slide, it is bent in quick succession by each shaft that is equipped with a tool.

Deep Draw Stamping

Deep drawing involves pulling a sheet metal blank into the die through a punch, forming it into a shape. The method is referred to as “deep drawing” when the depth of the drawn part exceeds its diameter. This type of forming is ideal for creating components that need several series of diameters and is a cost-effective alternative to turning processes, which typically require using up more raw materials. Common applications and products made from deep drawing include automotive components, aircraft parts, electronic relays, and even utensils and cookware.

Metal Stamping Advantages

Some of the benefits of stamping include lower die costs, lower secondary costs, and a high level of automation compared to other processes. Metal stamping dies tend to be relatively less expensive to produce and maintain than those used in other common processes. The secondary costs, such as cleaning and plating, are also cheaper than other processes. Stamping machines are relatively easy to automate and can employ high-end computer-control programs that provide greater precision, faster production, and quicker turnaround times.

Why Choose AMS for Your Metal Stamping Needs

Metal stamping is a complex process that can include a number of metal-forming processes. If you are looking for high-quality, durable products at an affordable cost with a fast turnaround, AMS is here for you. Our lead time for the production of a custom component beats all others as we use some of the best machines in the business to produce high-quality parts at a faster rate.

Defects typically occur when proper procedures and best stamping practices are not followed. We have less than a 1% rejection rate, which is unheard of.

What is Laser Cutting?

Thu, 22 Oct 2026 19:51:05 GMT

Laser cutting has certain advantages over plasma cutting. Take a look at how it works and what machines AMS uses to produce quality metal products.

Laser cutting technology offers reduced contamination of the workpiece presents certain advantages over traditional mechanical cutting techniques. Learn what laser cutting is and how it works, and its advantages, and learn about the machines that we use to create quality metal products here at Accurate Metal.

What is Laser Cutting?

Laser cutting is a manufacturing process that can eliminate the need for machining in many engineering jobs, allowing you to save money on manufacturing costs. It’s a non-contact process that utilizes a laser to cut materials, resulting in high-quality, dimensionally accurate cuts.

How Does Laser Cutting Work?

Laser cutting uses a high-power laser that is directed through optics and computer numerical control (CNC) to direct the beam or material. Typically, the process uses a motion control system to follow an infinite number of patterns to cut various materials. This focused laser beam burns, melts, vaporizes, or is blown away by a jet of gas to leave a high-quality surface finished edge.

Our machines can be used to cut a precise line through a thin plate of steel, engrave, or mark many different materials with varying degrees of thickness.

Advantages of Laser Cutting

Laser cutting has certain advantages over plasma cutting.

High Accuracy and Precision Cuts

This process is more precise and uses less energy when cutting steel and aluminum sheets. Also, the precision levels and edge quality achieved with laser cutting machines are much better than traditional cutting methods. The laser beam never wears during the cutting process.

This fascinating technology also enables us to cut complex shapes at varying depths without the need for tooling and allows us to cut small diameter holes with complex detail and good edge quality.

Low Lead Times with No Need to Replace or Modify Tooling, Lower Costs

Laser cutting can make replicating a die a quick and accurate process as well and can be used to make injection molds with the same accuracy that it does with dies. This simplifies the process of mold making and allows us to reproduce the mold in less time while saving you money, even on small batches.

Can Handle Complex Jobs

The high-powered laser can be used to work on a very narrow section of material and causes very little warping or distortion to the area being cut. A laser cutter can be used to quickly and easily create even the most highly complex geometries and cuts with unparalleled precision and excellent tolerance levels.

Higher Sheet Utilization

It can utilize a very high percentage of your sheet material. By nesting cuts properly, a laser cutter can maximize the number of usable components and parts from any given sheet of material.

Extreme Cutting Versatility

Lasers can also be used for drilling, marking, and engraving, just to name a few functions – without needing to replace or switch any tooling.

They can be used on almost any material. From ferrous metals like stainless steel to copper, aluminum, brass, and even other materials like composites, wood, plastic, and even some types of textiles.

About Our Machines

AMS uses Amada CNC Laser Cutting Machines, which provide innovative technology for maximum efficiency, productivity, and quality metal fabrication. These are top-of-the-line machines that you will not see at any of our competitors because they believe that these laser cutters are too expensive.

These machines produce superior-quality laser cutting with unmatched precision and reliability. They are able to cut up to 3/4″ material using water assist while producing minimal burs and virtually no splatter. Learn more here .

Metal Stamping Trends and Outlook for 2021

Thu, 22 Oct 2026 19:34:36 GMT

Many industries felt the impact of the pandemic in 2020, including the manufacturing industry. Take a look at Metal Stamping Trends and Outlook for 2021.

Many industries felt the impact of the pandemic in 2020, including the manufacturing industry. With declines in production, forced shutdowns, and supply shortages, we’ve had to take a new approach to make our industry disruption-proof out of necessity. Out of uncertainty comes innovation and improvement. After all, necessity is the mother of invention. Let’s take a look at Metal Stamping Trends and Outlook for 2021

Looking for a Way

We are slowly gaining our operation levels as a country, but the pandemic created an environment of ongoing uncertainty. Our industry wasn’t the only one to experience a significant dip in employment levels due to forced shutdowns in the early days of the pandemic, thus hindering production.

The recovery may take a while to reach pre-pandemic levels. Projections based on the Oxford Economic Model (OEM) anticipate a decline in annual manufacturing GDP growth levels for 2021, with a forecast of -5.4% for 2021. This is even more detrimental to the industry.

We have to look at ways to navigate this disruption, adapt to the new workplace, and procure supply chain resiliency. We’ll take a deeper look at a few trends below.

Metal stamping trends in 2021 will be driven largely by low material costs and an ever-growing need for the type of intricate, lightweight, durable parts without sacrificing integrity.

Steel also hopes to make a comeback this year, perhaps with lower prices, though prices are currently rising after taking a hit over the summer. According to a Steel Market Update (SMU) poll, steel buyers remain optimistic about the future of the steel sector.

Domestic Metal Manufacturing Trends to Watch

AGILITY

Agility could be the key to manufacturing industry resilience as we head into 2021. Adopting new processes to meet market demand is nothing new, but implementing new techniques will help seamlessly shift gears when anticipating needs or changes and prioritizing tasks for efficiency.

The year ahead the industry will focus on rebuilding lost revenue streams or recalibrating supply networks to serve different market demands and continuing to invest in digital initiatives across their production process and supply network.

AUTOMATION

The use of automated technology and machine learning in manufacturing allows for more focus on actual product innovation and could improve overall growth and efficiency.

The smart manufacturing trend combines automation, artificial intelligence (AI), and the Internet of Things (IoT) by allowing smart devices to sense their environments and interact with each other. Data can forecast inventory demand and catch possible quality deviations before they travel too far into production.

While it won’t be replacing humans anytime soon, automated technology will be a more common sight in shops.

RESHORING

The near shutdown of global manufacturing and trade revealed how delicate international supply chains are. Bringing operations back to U.S. shores is attractive to those with international supply chains for both raw metals and finished components we hope to see them come stateside over the next few years.

An American-based supply chain won’t be impacted by world events as much and you will be able to exert more control over processes and have a better grasp of what’s going on in the shops of your third-party partners.

The global economy is improving, but it’s creating higher production costs. By headquartering operations domestically, companies can simplify their supply chains and cut down on transportation costs.

The Key to Manufacturing Industry Resilience

Manufacturers should set goals for data capture and analysis across the global manufacturing footprint. This step is significant to identifying breakpoints and opportunities for improvement. Ensuring that manufacturing thrives through the next disruptive event is important to the economy in general.

Making Vintage Cool Again: How Sandblasting and Powder Coating Renews Your Old Metal Furniture

Thu, 22 Oct 2026 19:25:45 GMT

Take a look at this vintage step stool AMS restored using ecoblasting, powder coating, and fabrication techniques

Metal furniture is durable enough to last a lifetime with the right care. Over time, metal can begin to rust, but rust isn’t a death sentence for your beloved metal pieces, enter sandblasting. With a little TLC and a powder coat, AMS can restore them to their former glory.

Renewing Vintage Pieces

Take for instance this project we recently did. It shows the difference that some sandblasting and powder coating can make. This is a 1950s step stool that had been in our client’s family for a while. We took it apart, fixed it, and sandblasted and powder-coated this vintage piece.

We can renew your metal lawn furniture and other metal pieces in an environmentally friendly way, all the while helping your pieces last a lifetime.

Our Process

The first step in restoring a piece like this is removing the old paint and debris with sandblasting. No chemicals are used during this process.

Then we make repairs. We have on-site welders that can reinforce any weak areas. If we need to make parts, we can do that, too.

After the sandblasting and repairs, it’s time to apply the powder coat. We have a variety of colors to choose from and can customize any “paint” job.

Once the powder coat is applied, the piece goes to the oven for curing. This process transforms the powder to a liquid form which allows it to flow into all the tiny crevices and seals the entire piece within an extremely durable coating. That coating will outlast a spray paint’s ability to withstand scratching and wear for many, many years.

You’ll be impressed with the entire experience. Our process will save you time and money and you’ll be able to enjoy your metal furniture for longer than if you DIY.

Why Sandblasting?

When you’re refinishing a metal surface, you need to sandblast it first. This will remove the years of rust and grime that have accumulated on the piece. Sandblasting can remove paint, rust, and residue from oxidation from materials quickly and efficiently. Sandblasting can also be used to change the condition of a metal’s surface, such as by removing scratches or casting marks. It is a cleaning method that has been widely used for over a hundred years and is environmentally friendly.

Why Powder Coating?

Powder coating is more economical, faster than painting, easier to apply, and longer lasting. But most importantly, there’s no environmental footprint. Powder coating is 100% environmentally friendly with no chemicals and no waste.

Powder coating is a very durable finish and comes in hundreds of colors and textures. It resists cracking and peeling and is extremely abrasion, corrosion, and chemical resistant. Because there are no dangerous solvents involved (as traditional wet paint finishes), the powder coating process is an environmentally safe method of coating metal items.

Restore Your Metal Projects with AMS

If you have old metal objects you want to restore rather than replace, AMS is here for you. We can media blast, repair, and powder coat anything from lawn furniture to automotive parts at a fraction of the cost they would be to replace. Contact us today to learn more about powder coating restoration and to see what we can do for you!

How AMS Ensures Quality Products

Thu, 22 Oct 2026 18:45:58 GMT

Quality management
ISO 9000 implementation
Quality check process
Strict lead times
Using superior materials
Strive for perfection

Quality Management

From project design to finished product, our clients can rely on us to provide high-quality manufactured goods. Our projects go through multiple checkpoints during the manufacturing process as we follow ISO9000 protocol to ensure you receive quality products.

ISO 9000 Implementation

AMS uses the ISO 9000 family of quality management systems, which is a set of standards that helps us ensure we meet customer needs within the requirements related to a product and service.

We are dedicated to the creation and continual improvement of effective and efficient operating processes, reducing waste, increasing productivity, and above all else, increasing customer satisfaction and retention.

Our standard is based on a number of quality management principles including a strong customer focus, ensuring that customers get consistent, good quality products and services.

Quality Check Process

As a job shop, we don’t have to outsource many of our projects; we do most or all of the work in-house so we have complete control over the assignment from beginning to end. Quality management starts with the software that allows us to see where the project is in real-time and follow it through each station as each of our workers scans the work order, does their assigned task, and hands it off to the next step in the process. The movement of the products going through their individual processes means we can easily track their development.

At each station in our plant, highly skilled and specialized workers take pride in creating your product. They use the best of the best machines, equipment, and materials to guarantee you receive superior products.

Any product can be rejected at any point in the manufacturing process if it doesn’t meet our standards. It can be reworked or recycled depending on the type of flaw. We have less than a 1% rejection rate and we are pretty proud of that fact.

There is one final inspection before work orders are sent to shipping. Tolerances are double-checked and each product is given a thorough once-over. We believe that using technology and human quality control safeguards top-quality results.

Strict Lead Times

Because we have an efficient system, we adhere to strict lead times. This ensures you receive your product in a timely manner. Whether we are designing a prototype or creating your product for the thousandth time, know that you’ll have your product in hand when you need it. We even have a storage area we can keep a limited inventory for items we produce on a regular basis for you. We have a pickup and delivery service so you get your products on time.

Using Superior Materials

We work with various vendors to make sure we receive first-rate materials to use on your products. AMS does not accept cheap materials. We value you as a customer and want to make sure you receive high-quality products that last.

Striving for Perfection

At AMS, we believe in the best for everything we do. We strive for perfection in everything that we do. Because of this, AMS uses top-of-the-line machines which provide innovative technology for maximum efficiency, productivity, and quality metal fabrication.

We do this effectively thanks to a multi-faceted team. AMS includes seasoned workers who collaborate to create a premium product. Using a vast array of high-quality materials, our team works with each client to ensure the finished result meets their specifications.

How Coronavirus is Affecting Manufacturing

Thu, 22 Oct 2026 18:38:18 GMT

How Coronavirus is Affecting Manufacturing — Just over a month ago when the first media reports came out about a new sickness in China, called coronavirus, most of us in the U.S. shrugged it off as a meaningless headline in the 48-hour cycle that drives our country when it comes to news. Fast forward a month and global stock markets are in a free fall, airlines are cancelling huge swaths of flights worldwide, international conferences are being scuttled, and the CDC doesn’t seem to have any definitive solutions. They are only saying it’s not if, but when the new virus will spread in the U.S. On February 27th the Dow Jones suffered its largest one-day drop in history. Today doesn’t seem to be getting better, with the Dow headed toward its worst week since 2008.

So how does all this legitimate concern over a new virus that started on the other side of the world affect manufacturing in the USA? First, remember we live in a global economy. Foreign trade is critical to our success as a nation. China and the US are each other’s largest trade partners and we account for approximately 20% of their exports, to the tune of almost $500 billion annually. This isn’t just finished goods, but also raw and partially finished materials that U.S. manufacturers count on as part of their supply chain.

For some manufacturers, this could actually lead to an upswing in business, as companies turn to U.S.-based vendors to fill gaps over the short term. Great problem to have except that you don’t know how long these “bonus” orders will last, and they put stress on your operations. The last thing a metal fabricator state-side should do is upset a loyal client, just for temporary revenues from a price-conscious, non-loyal customer who will disappear just as quickly as the epidemic came, once coronavirus concerns die down.

For other fabricators who rely heavily on China in order to produce finished products, yesterday was the time for contingency planning, and now is the time for pure hustle and resourcefulness. Try to negotiate new terms with your Chinese suppliers, spread order fulfillment across key customers (with their consent of course), and look for new domestic supply options. Even if your margins take a hit. It’s always easier to improve margins on the supply chain side than to replace lost sales revenue with new customers.

Manufacturing in the U.S. also needs to think about the distribution side. If global markets are a source of revenue for your business, start planning on slowing demand now, as international businesses slow, at least for the short term. Many companies are restricting travel and alternating work days in an effort to reduce the risk of sickness.

Last, since the CDC says it’s “when” and not “if” coronavirus spreads to the USA, expect employees to be out sick at some point. If your business is human capital intensive, start planning now, to prevent a double hit (demand disruption currently, and production issues later this year). Cross train employees, consider automation where it makes sense and set up lines of credit now. It’s always easier to get access to capital when you don’t need it, and extremely difficult when the banks know you do have a need.

Just when you thought manufacturing in the USA was tough enough…Never-ending price pressure, quality control, off-shore competition, and now a new flu virus. Sometimes it feels like you have to be a miracle worker to make stuff stateside. But then again, nobody said it would be easy, and if it was, then you’d have even more competition. Stay healthy and press on!

An interview with Jim Racco, AMS’ new Manager of Operational Excellence and Continuous Improvement

Thu, 22 Oct 2026 18:35:52 GMT

I recently sat down with Jim Racco, AMS’ new Manager of Operational Excellence and Continuous improvement to learn more about what AMS is doing to continually improve and stay on the cutting-edge of the metal industry. Here is a sneak peek into our conversation and how AMS is planning to make the future bright.

Racco is a metalworking industry veteran who brings diverse experience and a history of managing and helping companies with their continuous improvement efforts. He has over 30 years of professional experience in various roles such as a Controller, Scheduler Planner, Production Manager, Plant Manager, Operations Manager, General Manager, GM of Operational Excellence and even as the President of two companies.

Racco graduated from the University of Akron and then post-graduate schooling at Florida Atlantic University. His experience includes processes such as castings, welding and fabrication, machining, punching, bending, forming, grating products, galvanizing and tool and die. He has manufactured products for aerospace, automotive, medical, food, hand tool, tube and pipe and general industrial and commercial customers using alloys ranging from carbon steel, stainless steel, aluminum, zinc, brass, bronze and copper, among other metals.

Racco has spent his career focused on managing processes and personnel and their ongoing continuous improvements to provide customers a consistent, cost efficient and quality product. His self-described role is to work with AMS’ personnel to “identify improvement opportunities and then take the steps necessary to execute and make them happen.”

“If we can identify areas for improvement and understand employees’ problems and concerns, then we can remove obstacles, improve processes and help them do a better job,” Racco said. “Our customers will see a more consistent, repeatable and dependable product provided to them on time and meets their quality and cost requirements.”

Racco believes that AMS’ future is bright and AMS will continue to expand its role as an industry leader.

“I see AMS expanding as a leader in the industry for custom fabrication work. We will maintain and even grow with our current customers and markets. We will also expand to new customers and markets, to those seeking highly qualified suppliers to meet their quality, delivery and cost requirements.” Racco said. “AMS’ ownership and personnel are dedicated and committed to doing a great job. They care about working together, meeting the customers’ requirements and cooperating for success.”

vLocker Wins Prestigious Brass Ring Award at IAAPA

Thu, 22 Oct 2026 18:33:52 GMT

According to the IAAPA, the Brass Ring Award dates back to the 1800s when rings were suspended from carousels for riders to grasp. They were low enough to grasp, but high enough to challenge the riders to reach out. AMS is proud to announce that one of our great clients, VLocker , has won second place in the New Products category at the International Association of Amusement Parks and Attractions (IAAPA) show in Orlando, Florida. Their new product, the VLocker Dual Access Ride Locker, helped them secure the prestigious Brass Ring award.

This is exactly what VLocker has done and is continually doing.

Steven Wooley, VLocker’s VP of Business Operations, was at the show when the award was presented and witnessed firsthand the excitement and chatter that this new innovation is bringing to the industry.

“This is a very exciting award to receive as an exhibitor at IAAPA,” Wooley said. “Immediately following the announcement of the winners people flocked to our booth just to see and experience why we received the Brass Ring award for Best New Product. The level of excitement and buzz around the new ride lockers in just the first day of the show has been better than we expected. We had very high expectations of this product but the number of park and attraction operators around the industry asking for proposals is fantastic.”

We are so thrilled to be a part of the VLocker product and part of all of the innovation and convenience that their products bring to amusement park goers all over the world. We are proud to stand behind a brand and a partner who is innovating and pushing the envelope for how the world does business.

Congrats again, VLocker! Here’s to many more awards and taking the industry by storm.

To read more about the IAAPA’s Brass Ring Award, you can read this year’s press release here .

Hard Work, The AMS Way

Thu, 22 Oct 2026 18:29:20 GMT

It’s early morning, and when most people are just waking up, we are hard at work. When most people punch out for the day, we are pumping out projects left and right. W hen others would call it quits, we shine and press on.

Why, you ask? Why would we be so dedicated to our jobs? The answer is simple, it’s who we are and what we do. At AMS, we are committed to providing the highest-quality product every time, and we will go the distance to make sure that happens.

Each project we work on is a chance for us to make something better, which is something we take to heart. Whether it is a machined part that goes into an airplane to keep it safe or the powder coat finish we apply to your material to make it stand out, we take pride in our work.

We believe that without a little grit and elbow grease, we would become like everyone else. We don’t want to be like everyone else, we want to be the best and do the best, it’s the mantra that keeps us going. The world could use a few more people who aren’t afraid to roll up their sleeves and dig in.

The next time you are looking for a partner who is just as dedicated to perfection as you are, give us a call. We will be there morning or night to make your projects runaway successes. We are the leading metalworking company in DFW, and we can promise that having us on board will make the difference between a good product and a great one.

If you are looking for someone to help out with a project, be sure to reach out to us on our contact page .

How Yeti Started a Powder Coating Revolution

Thu, 22 Oct 2026 18:23:53 GMT

If you have had any exposure to society over the last year or two, I am sure you know what a Yeti tumbler is. It’s one of those silver metal cups that everyone and their dogs seem to be carrying around. There is no shortage of companies who have jumped on the bandwagon to sell similar products.

What this has done for the powder coating industry is to create a revolution. People want their items to be personal, they want to stand out from the crowd, they want to be unique. Enter painting and customization.

A few of Yeti’s competitors began offering colored varieties of the metal tumblers, but most of them offer more of the same. Silver mugs with nothing much else. What these companies did is leave a need unfulfilled. They provided companies like ours with the opportunity to jump in and provide a service to those who wanted something more.

The powder coat colors that are available are unimaginably broad. The surge of people who wanted these cups and mugs personalized created a booming economy based completely in paint powder. Want a yellow mug? There is a coating for that. Want a green one? The powder coaters in the world have it covered.

Not every powder coating company will paint these cups, not all of us want to, but that’s okay. This has created a global awareness of what we do. We can apply very beautiful, vibrant, protective finishes to things, including your cup. A global awakening to the benefits and desires of coating various materials has been started. People are seeing applications for metal coating that wasn’t at the front of their mind just a few years ago.

We look forward to the future and the next big thing that will help us as an industry to expand and grow and put our products and services into your hands.

An Interview with Adam Klein, AMS’ President

Thu, 22 Oct 2026 18:20:55 GMT

Adam Klein didn’t grow up in the metal industry. He didn’t study metallurgy or mechanical engineering in school. He didn’t even work in the industry prior to purchasing AMS Metal. So, what made this government business veteran think he could succeed in a new business with no background experience? Pure grit and thoughtful leadership. It’s clear when you meet this entrepreneur that his calm, mild-mannered persona is just the outer shell of a man who is bringing fresh ideas to a mature industry and has the work ethic to back it up.

We met at NeoCon in Chicago for a chat over lunch, more on the reason for the location later. Just over 24 months ago Adam was feeling the entrepreneurial itch and as fate would have it, a chance came up to purchase AMS from a metal industry veteran who was ready to retire. Klein pounced on the opportunity and has never looked back.

“It has been a huge learning curve wearing so many hats,” Klein admitted.

A theme that kept coming up over and over during our lunch is problem solving. Klein has always considered himself a mechanically-oriented guy who likes to work, so metal fabrication and powder coating is a natural space for the Texas native.

“Knowing there’s a problem and working together with my team to find a way to solve it is very satisfying – it’s all about grit and sticking with it,” Klein said. “At the very least you’ll learn from the experience.”

This perspective has served him well as he wears those hats, ranging from President, CFO, production manager, sales and everything in between. Klein is disrupting in a mature industry simply by questioning “norms” and challenging his team to think beyond typical solutions and processes.

For example, AMS previously could only powder coat one color per day. The line was set up, color chosen and then the operators went to work – one color all day long. This ridged process was increasing lead times and causing downtime between runs. Adam asked why the powder coating process worked this way and when he didn’t hear a logical answer, he challenged the team to find a way and become faster.

Today, AMS can change powder coat colors within 15 minutes which allows them to coat multiple projects in a single day. Productivity and machine utilization is up, which is also driving increased customer satisfaction.

“Customers demand faster lead times than ever, without compromising quality,” Klein said. “We understand this and we’re not stopping with the powder coating improvements.” It’s this relentless pursuit of speed and quality which sets AMS apart from the competition.

Another way AMS is differentiating is through turnkey production capabilities. Instead of using multiple different vendors, AMS offers clients a single source for high quality metal work. The Fort Worth based operation can now design, laser cut, brake, machine, weld, powder coat and integrate complex finished products in-house.

“The buck stops with us – there’s nobody else to blame if something goes wrong,” Klein said. “Our customers love having a single source and they keep coming back.”

In addition to being easier to work with, AMS can turn complex projects faster by keeping everything under one roof.

“We try to think more as a partner with our customers, not just as a vendor,” Klein said. “We want to sit down and understand their goals and plan together proactively. Our team has a Laser CMM that can help our customers design their products.”

Klein is backing up the talk with action, literally. We’ve met up for this interview at NeoCon in Chicago because Adam is visiting with a client, Clarus Glassboards, at their biggest tradeshow of the year.

Why fly across the country to visit a client event? Just another example of how committed AMS is to collaborate with their customers and understanding their business.

“The more we dig in and understand, the better we can serve our customers,” Klein said.

AMS is sharing this type of knowledge to make the entire operation better. Instead of just learning these details and producing to one customer’s high spec, Adam is leading the team to share and collaborate on best practices, which extends quality production throughout the organization.

It’s not all people and process at AMS. In manufacturing and powder coating business, you need machines to do the heavy lifting, and AMS is investing in the future. In the last year the company has purchased a new Fiber laser, QC Laser , CNC brake press, Haas VF-3 milling machine and expanded the powder coating lines. Previously there was a tight limitation on size for powder coating, now AMS can coat up to 25 linear feet, and with redundancy.

When asked about China as a competitive threat to his metal working business, Klein offered a balanced response. “It really depends on the client and the size of their projects. You’ve got to have projects on the larger side to consider China. If you don’t mind lower quality and longer lead times, then China might be a good fit. You also must remember inventory carrying costs will be higher when sourcing from China. We see growth in demand for domestic production because our clients expect top quality and rapid turn times.”

As we wrapped up our lunch, Klein offered up a positive outlook going forward. “We see continued growth and expansion of the business with additional equipment and capabilities, to serve our clients even better. Most, if not all of our clients, are growing and demand is strong.”

When asked where he sees himself personally in five years, Klein adamantly said that he could not see himself settling into a desk job.

“I always see myself as a hands-on leader,” Klein said. “I really enjoy working with the team, solving challenges and training new talent.” It’s this mix of energy and commitment to quality which has the future looking bright for AMS.

Seven Reasons AMS has the Best Laser Cutting Equipment

Thu, 22 Oct 2026 18:17:45 GMT

We realize there are plenty of choices out there when it comes to laser cutting services for your metal-working projects, and the industry has rapidly evolved in recen t years with advancements in digital technology. With that in mind, the laser cutting experts at AMS want to offer up seven reasons why we are the best in Fort Worth when it comes to laser cutting services. Buckle up! No jargon or empty “marketing speak” here. We’ve got specifics and technical info for the most discerning and experienced metal-working veterans.

Our Amada ENSIS laser cutting machines have lower operating costs because they utilize fiber laser technology. With this there is no spatial cavity in the oscillator which leads to more efficient processing. And more efficient processing leads to more cost-effective pricing for laser cutting in Fort Worth and the surrounding area.
We have expanded laser cutting capabilities at 1.08 um wavelength. This offers better beam absorption and the ability to cut a range of metal types including copper, brass and titanium.
Our fiber cutting technology has a lower maintenance cost that many other systems because our machines have no mirrors, laser gas or anything else typically associated with CO ₂ beam generation.
Built-in versatility. The Amada cutting machines we use at AMS were specifically engineered to offer the high speed cutting capability of a fiber laser , and the thick material cutting capabilities of a CO ₂ laser cutting system. From a Penny to 1” thick steel, AMS can laser cut it!
State-of-the-art processors. AMS has invested in premium Amada laser cutting machines – and we didn’t go with the base model either. Nope, we upgraded to the AMNC 3i, simply the fastest control system available. This leads to faster cuts, improved accuracy and easier last minute edits. Go ahead, throw us a curveball – we’ll cut it!
Out best-in-class laser cutting machines are environmentally friendly. AMS laser cutting machines are 3-4 times more energy efficient than comparable CO ₂ lasers. Also, solid-state technology on the laser cutter machines do not require gas to generate the laser beam.
Our people. At AMS Metal we realize that even the most technically advanced machines are worthless without the best operators who know how to manage these immensely technical systems. Our laser CNC operators average over 15 years of experience. There’s a reason for this. We want the best and the brightest minds who care about what they do and are passionate about crafting the finest laser cut metal products right here in Fort Worth, Texas.

Like what you’re reading and ready for a quote ? Or maybe you have a few questions to discuss about your laser cutting project? That’s great! Our Fort Worth based sales and customer service team loves working with customers. Give us a call or request more info here .

How we Grow with Technology and Innovation

Thu, 22 Oct 2026 18:14:36 GMT

One thing that we do at AMS is continually innovate. We are always asking the tough questions that will lead to a better, faster, stronger process that will ensure that our quality and turn times on projects are industry-best. What is the best technology for this? How can we improve this process? What value can we add for our clients?

We have many machines and processes that are intricate to our business and key to our success. We have investing in top-of-the-line equipment that ranges from a tool to measure the thickness of the powder coating that we apply to measuring the size and shape of manufactured pieces with a laser, to the newest and greatest laser cutters.

Perhaps nothing is as important to a manufacturing company like AMS as a well-run ERP, or enterprise resource planning, program. Essentially, an ERP allows manufacturers to have a complete 360-degree view of the manufacturing process from start to finish. It is the grease that makes the Accurate Metal machine run.

We established a partnership with MIE Solutions to customize and innovate their MIE Trak system to fit our needs perfectly. We have pushed the envelope for what an ERP is and what it should do to create the perfect system for all the projects that run through our shop.

As soon as a job is started, we assign every component a bar code that allows us to track it through the manufacturing process. Want to know if your part is in fabrication? No problem! Has your job been powder coated? We can tell you in real time what is happening and where it is in our facility. We care about your job as much as you do, so we track everything that we can to ensure that your project is completed on time and to specification.

While you might expect that everyone in the industry does this, you would be surprised! Many of our competitors are just about pushing jobs through their facilities as quickly as possible, with little to no regard for the finished product. Our commitment to you and your project is far above theirs, which is why we invest in these kinds of technology.

As we grow and expand our capabilities and capacity, you can sleep easy knowing that we have a handle on your job. We know where everything is and where it will be in two hours. Put us to the test on your next metalworking project. Submit a quote for your job and see what it means when we say that we are committed to you!

VLocker Chooses AMS as Exclusive North American Manufacturer

Thu, 22 Oct 2026 18:12:20 GMT

One of the worlds leading locker rental systems manufacturers, VLocker, has chosen AMS to be the exclusive North American manufacturer of their locker systems. AMS was chosen above our competition because of our commitment to quality and superior ability to get the job done. The lockers that we produce for VLocker will find their way into waterparks, theme parks, and other locations where they will protect customer’s belongings from the elements and from wandering away with the wrong person.

When VLocker approached us about producing their locker systems for them, we knew that it was a match made in metal heaven. Our team has the ability to build, powder coat, and assemble anything. Our partnership with VLocker provides us an additional opportunity to see a project all the way through the manufacturing process, from fabrication, to powder coating, to assembly.

VLocker has been designing, manufacturing, installing and servicing locker systems all over the world for over 2o years. They are based in Loganholme, Australia, and serve clients all over the globe.

We offer VLocker a completely turnkey solution for manufacturing, powder coating, and integration of their locker systems, all in house. Because we are able to take all of these tasks on, we are able to save both time and money. The standards that VLocker has for its equipment are high. Each and every project can be different, and they expect perfection for every project. Whether the paint is a different color, the configuration of lockers is different, or a locker takes cash, card, or RFID tag, no project is too complicated for our team to manage.

We excel at projects that require a keen eye for detail and perfection. Don’t believe us? Just take a look at our work for VLocker and let the results speak for themselves!

We are excited to hear about how we can help you achieve your next metal working project goals. Click here to talk with us about how we can help out!

So, How Does Powder Coating Even Work?

Thu, 22 Oct 2026 18:10:03 GMT

At Accurate Metal, we pride ourselves on the ability to expertly powder coat any of your metal projects with the finest finish available. Our powder coating process pr ovides superior results to liquid paint and has the added benefit of being better for the environment. Our powder coating process consists of three key steps, that ensure a perfect product every time. First, we pretreat the metal; second, we apply the powder; and third, we cure the powder in a high-temperature oven.

One of the key steps in the powder coating process is making sure that the metal is ready to receive and retain powder. We pretreat our metal through abrasion or chemical preparation, which makes the surface more susceptible to powder adhesion.

Powder coating is actually a very simple process that takes advantage of the electrical conductivity of the metal we work with to provide the best adhesion possible. When we powder coat, we pass an electrical current through the metal that we are working with, in this case it is a positive charge. We then charge the powder finish with the opposite charge, in this case, negative.

Anyone who has played with magnets knows that when it relates to magnetism, opposites attract. We use the exact same principal to adhere a dry powder to the metal product we are working with. Once the powder has adhered to the metal surface, we send it through one of our top-of-the-line ovens to cure. In the oven, the powder liquefies and bonds to the metal surface.

Unlike traditional liquid paint, which contains solvents, powder emits very little, if any volatile organic compounds or hazardous air polutants. VOCs and HAPs require treating exhaust air and filtering out the pollutants before air leaves the facility. Powder coating helps to keep the air clean and easily recirculated into the plant, with no adverse side effects.

In addition to being friendlier to the air we use and breathe, overspray (the additional powder that doesn’t adhere to the metal) can be reclaimed and used in future projects, which contributes to the overall sustainability of powder coating.

We are always excited to talk with our clients and prospects about how we can help to accomplish their goals. We would love to hear from you. Click here to contact us or here to request a quote for your next powder coating project.

accurate-metal-stamping

What to Include in a Metal Fabrication RFQ

What Should a Metal Fabrication RFQ Include?

1. Start With Current Drawings and Clear Revision Information

2. Specify the Material Beyond “Steel” or “Aluminum”

3. Separate Prototype Quantities, Production Releases, and Forecasts

4. Identify the Dimensions That Control Fit and Function

5. Define Where Fabrication Ends and Assembly Begins

6. Describe the Finish Beyond Its Color

7. State Inspection and Documentation Requirements Up Front

8. Give a Required Arrival Date and Shipping Instructions

What Does a Clear RFQ Look Like?

Compare the Scope Before Comparing the Price

How AMS Helps Buyers Clarify a Fabrication Project

Frequently Asked Questions About Metal Fabrication RFQs

Request a Metal Fabrication Quote From AMS

How ISO Certification Improves AMS Quality

Direct Answer: Why Does AMS ISO Certification Matter?

What Does ISO Certification Mean in Metal Fabrication?

AMS Quality Policy: Customer Satisfaction and Continuous Improvement

How Does AMS Inspect Parts During Production?

Step 1: Work Order Review

Why Is First Part Inspection Important?

How Does AMS Reduce Defects?

Why Quality Control Matters in Metal Fabrication

What Quality Checks Does AMS Use Before Shipping?

ISO Certified Quality for OEMs and Manufacturers

Why Choose an ISO Certified Metal Fabrication Partner?

Choose AMS for ISO Certified Metal Fabrication

Frequently Asked Questions About AMS Quality and ISO Certification

Why AMS Is a Trusted Contract Manufacturer in the Metroplex

Contract Manufacturing in the Metroplex

ISO Certified Metal Fabrication

Steel and Aluminum Fabrication Services

Welding, Powder Coating, Machining, and Laser Cutting

More Than Customers, True Manufacturing Partners

Supporting Prototypes, Design, and Production

Manufacturing Support for AI Data Centers and Technology Centers

What Makes AMS Different?

Choose AMS for Contract Manufacturing in the Metroplex

Data Center and Server Rack Manufacturing in DFW

Why DFW Is a Hot Market for Data Center Growth

Why Server Rack Manufacturing Matters

AMS Capabilities for Data Center and Server Rack Projects

Laser Cutting

CNC Machining

Press Brake Forming

Welding

Powder Coating

Assembly and Packaging

The Advantage of Working with a Local DFW Manufacturer

Why AMS Is the Right Fit for Data Center Suppliers and OEMs

Built for the Future of DFW Data Centers

Why ITI USA Trusts Accurate Metal Stamping

A Partnership Built on Proven Performance

A Full-Service Metal Manufacturing Partner

From Raw Material to Finished Product

Precision Metal Fabrication

Metal Stamping

Punching and Forming

﻿ Powder Coating Services

Communication That Makes a Difference

Turning Drawings into Reality

Consistently Beating Lead Times

Exceptional Quality You Can Depend On

Why Manufacturers Continue Choosing AMS

Full-Service Manufacturing

Exceptional Communication

Reliable Lead Times

High-Quality Products

Customer-Focused Service

More Than a Supplier, A Manufacturing Partner

Ready to Work with a Manufacturing Partner You Can Trust?

Why Revitalize Charging Trusts AMS for EV Enclosures

Precision EV Charging Enclosures with Metal Fabrication in DFW

Proactive Engineering Support for Custom Metal Fabrication Projects

High-Quality Custom Metal Parts with In-House Fabrication and Powder Coating

Reliable Lead Times for CNC Machining and Laser Cutting in Texas

Why Texas Manufacturers Choose AMS for Turnkey Metal Fabrication

Get a Quote for Metal Fabrication, CNC Machining, and Powder Coating in Texas

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