American Industrial Company (AIC) takes pride in being an American manufacturer with an intense focus on creating American manufacturing jobs and quality products. From our Midwestern facility in Illinois, our dedicated staff assists a wide range of customers across myriad industries with the design and fabrica
tion of metal stamped parts that meet the most stringent standards in the industry.
Whether we are inside our own manufacturing facility or working with customers across the United States, providing safe conditions for our workers and top quality products for our customers are our two highest priorities. Our ISO 9001:2015 certification speaks to our commitment to quality management and represents our pledge to our employees and customers.
The metal stamped parts we fabricate for the construction industry must be durable, able to withstand hard uses, and resist exposure to all manner of elements—from brutal weather fronts to sub-zero temperatures. Metal stamped parts must also hold up to repetitive and aggressive employ, resist wear and tear, and tolerate the impacts and lifting associated with building operations as they are implemented to support current or future populated structures.
At AIC, we have been contributing to American manufacturing, across diverse industries, for almost four decades—everything from dental offices to homes, from skyscrapers to tools.
Our metal stamping serves the needs of applications large and small, such as:
- Power tools
- Panel fastening systems
- Industrial switches and connectors
- Complex custom assemblies for construction projects
- Custom prototypes
- Custom turnkey packages
Carbon Steel Metal Stamping: Progressive Die-Stamped Wear Plate
Carbon steel is idyllic for pipelines, structural beams, axles, and gears. It is ductile and easily molded into myriad shapes that can serve a variety of purposes. At AIC, we are often called upon to produce carbon steel to an exact specifications, such as:
- Tight tolerances
- High levels of complexity
We were approached by a prominent manufacturer for the construction industry about designing a wear plate that adhered to a very specific set of durability requirements and difficult geometric tolerances. We developed a progressive die stamping method which enabled us to meet all of the complex bends, angles, and strength requirements of the application. Within two weeks, we designed the wear plate, fabricated 150,000 units from cold rolled tempered steel, treated the wear plates with nitrocarburizing treatment to guard against corrosion, and delivered to the customer.
Spring Steel Stamping: Shear Block
At AIC, we fabricate custom-made precision dies that play a major role in American manufacturing. These dies enable the fabrication of custom precision parts that meet a range of extremely tight tolerances requested by clients.
For example, a client approached us for a custom shear block that required coining and extruding, which means die tapping and eliminating the entire post framing process. Requirements for the finished part were 3.45- by 2.554- by 0.093-inches in thickness. Through the use of high-quality materials and advanced heat treating processes, we were able to design and fabricate a part that required no secondary finishing. This enabled us to manufacture and deliver on the order in advance of the client’s deadline.
AIC Supports the American Building Industry
American Industrial Company brings nearly four decades of key contributions to American manufacturing to the table. We are humbled to see our innovations at work every day at U.S. construction sites. American manufacturers offer advanced technologies at a great cost while providing safe environments for American workers. American-based manufacturing boosts our domestic economy, and it is through American ingenuity that productivity and innovation thrive.
To learn more about what our team of American manufacturing experts can do for you, please contact us or download our eBook, Made in America: AIC’s In-House Capabilities.
Choosing a Metal Stamping Vendor
The U.S. manufacturing industry produces almost 20% of the world’s goods and continues to look for innovative technology and techniques. These constant updates means there are many options when choosing products, services, and associated vendors. With this variety of choices, it may seem difficult to differentiate between each company. If you’re searching for a metal stamping vendor, there are four distinct factors to consider.
Question Their Services and Capabilities
As you begin the search for a metal stamping vendor, learn what specific services and capabilities the manufacturer provides. Stamping can be one of many available processes, including coining, progressive stamping, piercing, and shallow draw stamping, so it’s important to understand precisely what services are offered. Additionally, many companies have ancillary services that can reduce delivery time and costs.
When you are talking to metal stamping companies, consider the following questions:
- Do they have the necessary capabilities to meet the requirements of your project?
- What specific services are offered and how might they benefit your company?
- What are their material capabilities?
- Is the company using the most current AutoCAD and Edgecam software?
- What are their testing procedures for material hardness, as well as destructive and non-destructive testing?
You should also think about the overall capacity of the metal stamping vendor. Some suppliers only serve large volume customers, so if you’re a hobbyist or inventor looking for limited production, it may be harder to find a vendor that can meet your needs in an efficient and timely manner.
When investigating supplier capacity, ask the vendors:
- At what capacity do you primarily perform?
- Is my project a good fit for your capacity?
Look for High-Quality Practices
When selecting a vendor, make sure they are committed to the quality of their output. Suppliers who are focused on this will have specific programs in place, such as capacity studies, statistical process control, and quality assurance systems.
To better understand what steps a vendor is taking to ensure quality, ask:
- Do you know the industry standards required for manufacturing my part?
- How often do you perform tooling maintenance?
- What quality assurance measures do you have in place to prevent mistakes or defects?
- How do you test the parts you produce and how do you document your testing?
Delivery Track Record
Once you have found a vendor that meets your quality and capacity expectations, ask about their delivery record. A reputable company will have documentation to show they meet the timeline requirements of their customers.
Questions to ask:
- Do you have documentation that shows you can deliver on time?
- What will you do to ensure on-time delivery if there are disruptions to your supply chain?
A Metal Stamping Vendor for Your Project
American Industrial Company has been serving customers for over 33 years. Our goal isn’t just to meet your metal stamping needs; it’s to exceed your expectations.
To learn more about picking a metal stamping vendor for your project, download our eBook, What to Look for in a Metal Stamping Vendor.
The old saying “you get what you pay for” still holds true today––particularly when it comes to manufacturing. For those looking to get the best value for their money in a manufactured product, you should look no further than your own backyard. While the allure of cheaper products may be drawing many companies to look abroad for manufacturing partners, there is tremendous advantage in using a domestic-based manufacturer instead––especially when it comes to quality.
There’s a reason American manufacturing has been known for its high quality for more than a century. In the United States, there are many standards and regulations in place to ensure that manufacturers are selling their customers the highest-quality products. American manufacturers are also known for using advanced technologies in high-grade facilities to produce consistent products supported by exceptional customer service.
When working with a manufacturer in the United States, you can rest assured knowing that the workers making your product are working in a safe environment with the proper amount of labor protection. Unlike many other nations, the United States enforces strict labor laws and safety requirements to protect workers operating in potentially hazardous work environments. The United States also has more intellectual property laws in place than many other nations, helping to safeguard your ideas and trade secrets against competing companies.
One of the greatest benefits, however, is the proximity that you’ll have to the manufacturing process. Because your product won’t need to be shipped halfway around the world, you can be sure that it will get to you much sooner––and at much less cost. With less travel time required, there is also less chance that your product could be damaged during transit or become lost or displaced.
Should an issue arise, the closeness of a U.S. manufacturer means they’ll be able to inform you of the problem much sooner and rectify it before it causes significant delays. If the manufacturer is close enough, you may even be able to visit their facility to see their operations for yourself and weigh in on the finished product before it ships.
Maybe most importantly, working with American manufacturers helps support local companies and provide jobs––providing an overall boost to our domestic economy.
At American Industrial Company (AIC), we pride ourselves on being an entirely American-based manufacturer. Our facility is located in the heart of the Midwest in Gurnee, Illinois. It is here that our talented team designs and manufactures all of our parts, ensuring that each product meets the highest of industry standards. Within our facility, we demonstrate an ongoing commitment to providing a safe and comfortable work environment for our team with our current ISO 9001:2015 certification.
We are experienced in providing a number of manufacturing services for our customers with a commitment to satisfaction and quality. We work closely with our clients throughout the entire manufacturing process––from initial design to final product––to ensure that everything we produce not only meets customers’ desired requirements, but exceeds them. Our in-house capabilities include metal stamping, laser cutting, prototyping, design and engineering, tooling services, and other value-added services.
If you’re looking for an American-based manufacturer who offers a large selection of customization options, a full range of in-house capabilities, and a demonstrated commitment to quality and reliability, consider working with AIC.
To learn more about what our team of American manufacturing experts can do for you, download our eBook today!
Metals, collectively, provide a versatile and adaptable range of construction materials for countless applications. They are widely available in different compositions with various physical and chemical attributes. However, what makes metals unique is the ability to customize their properties by combining them with other metals to create alloys. Specific properties can be intentionally modified to make them fit for environments that would otherwise be unsuitable.
Each metal or alloy comes with its own unique set of benefits and limitations that lend themselves to different ideal uses. Selection of the most appropriate metal is, therefore, of utmost importance to achieve the best results for a particular metal stamping project.
In this article, we will look at typical metals used in the metal stamping industry, their most common applications, and their primary weaknesses.
Carbon steel is the most common type of steel used today. The American Iron and Steel Institute (AISI) defines carbon steel as steel with a carbon content of up to 2.1% by weight. It may also contain traces of other elements such as chromium, cobalt, nickel, and titanium, among others.
One of the most desirable properties of low-to-medium carbon steel (0.05% to 0.6%) is its malleability and ductility. It can be easily bent, cut, twisted, and welded to create a wide range of shapes. This makes it ideal for auto parts, pipelines, structural beams, axels, and gears. High carbon steel (0.61% to 1.5%) is considerably stronger, and is commonly used for metal and woodcutting tools such as axes, drills, saws, and knives.
Low carbon steel, however, possesses a relatively low tensile strength, making it unsuitable for applications where the material will be subjected to high levels of stress. On the other hand, while the yield strength of high carbon steel is significantly higher, it is difficult to weld and susceptible to brittle failure.
Stainless steel is a carbon steel alloy with at least 10.5% of chromium by mass. Stainless steels are renowned for their superior corrosion resistance, which increases with increasing chromium content. This steel alloy is usually combined with other elements such as molybdenum, and nickel to further enhance corrosion resistance.
Due to its excellent balance of strength and corrosion resistance, stainless steel is used in numerous sectors, including the food and beverage, medical, automotive, and aerospace industries. It can be rolled into sheets, bars, and wires to be used in cookware, cutlery, surgical equipment, kitchen appliances, and sanitary piping fixtures.
One of the main disadvantages of stainless steel is its considerably higher cost when compared to carbon steel. This extra cost is usually due to the addition of alloying elements.
Non-ferrous metals are a subdivision of metal elements and alloys that do not contain iron. Examples of non-ferrous metals include titanium, aluminum, tin, lead, zinc, chromium, copper, and brass. Unlike ferrous metals, non-ferrous metals do not rust when exposed to atmospheric conditions.
Non-ferrous metals possess several desirable properties such as a light weight, electrical conductivity, non-magnetic properties, and corrosion resistance. Depending on the actual metal used, these metals can be used in a wide range of applications, including electrical circuits and wiring, aerospace components, jewelry, and automobile parts.
Although the price of non-ferrous metals varies according to the specific metal, they are generally more costly than ferrous metals. Also, even though their light weight can be advantageous in some situations, they are typically excluded from use in applications where strength or heft is required.
Understanding the advantages and disadvantages of various types of metals can help in predicting the overall quality and effectiveness of the material in a given environment, which can ultimately save time and money in your metal stamping application.
To learn more about how we can assist you in selecting the optimum material for your unique application, download our eBook, Key Strengths & Applications of Carbon Steel, Stainless Steel, and Non-ferrous Metals or contact us today.
Metal stamping is set to have a great year in 2018—even beyond the already impressive year the sector experienced in 2017. This growth in precision metal stamping may largely be attributed to growth in the U.S. economy, which is set to experience an additional 2% GDP growth this year. Across the United States, new markets are opening up, providing a wide range of opportunities for various manufacturers, including the metal stamping industry.
The metal stamping industry has seen significant growth in the aerospace, defense, and automotive verticals, which have all contributed directly to the substantial growth metal stamping experienced in 2017 and 2018.
The aerospace sector is making technological advancements at a record pace, leading to rapid growth––particularly when it comes to the defense and commercial aviation sectors. This expansion has resulted in greater demand for sheet metal fabrication worldwide, as metal stamped components make up a significant portion of defense and aviation equipment and vehicles. This demand has been most noticeable among the commercial and military aircraft market divisions.
The automotive industry is also projecting significant growth in metal stamping demand. Metal stamping plays a critical role in automotive applications, as metal stamped components are widely used in everything from vehicle bodies to engines and fuel systems. The flexibility of metal stamping makes it an ideal process for automotive manufacturers, allowing for a wide variety of custom shapes and sizes that meet the various specifications of each model’s unique design.
In the midst of a strong economy, the demand among consumers for new vehicles has also grown. Increased production of passenger vehicles has steadily driven growth in the automotive metal stamping market.
The Asia Pacific region is experiencing the largest revenue growth in the automotive metal stamping market. Europe and North America follow, and growth in coming years is expected in Latin America, the Middle East, and Africa as well.
Five Major Processes for 2018
Metal stamping is known for its versatility, due to the wide range of processes that stamping equipment is able to perform. This versatility enables stamped metal components to be used in almost any application and setting. Of the numerous stamping processes available, there are a few that are expected to stand out in 2018.
The five major processes for 2018 are:
Metal Fabrication Trends
To accommodate the steady growth demonstrated by the precision metal stamping sector, manufacturers are considering new processes to increase the efficiency, accuracy, and speed of current metal stamping procedures. The following metal stamping trends are currently growing in popularity:
Manufacturers are increasingly incorporating automated processes and robotics into their metal stamping operations as a way to enhance productivity and further increase the precision of metal stamped parts and components.
- 3D Printing
3D printers have been a common tool for prototyping for several years. Many 3D printing providers already offer metal-printed parts, but the process is currently not cost-effective for large production runs. Recent advancements in this technology suggest that 3D printed metal components and parts will become far more cost competitive across metal fabrication sectors.
Rising costs for outsourced overseas manufacturing operations have made moving back to the United States more appealing than in years past, and metal stampers are taking notice. American manufacturers are taking advantage of new technologies and automated processes to build efficient and affordable operations on their home soil.
American Industrial is a leading U.S.-based metal stamper, specializing in precision metal stamping and assemblies. For almost 30 years, our company has been ahead of the pack, using state-of-the-art technologies to provide our clients with customized solutions that can deliver precision metal stamped components and parts for any application. With our ongoing dedication to quality, we are committed to creating only the best products for our customers.
2018 is shaping up to be a big year for metal stamping. To learn more about this year’s trends, download American Industrial’s newest eBook, Made in America: Metal Stamping 2018 Trend Report.
Stamped metal components form the building blocks of vehicles, equipment, electronics, appliances, tools, and so much more. Precision metal stamping processes employ a wide range of specialty equipment to cut, pierce, bend, and form sheet metal to meet modern needs.
Steel and steel alloys, brass, aluminum, and copper are all popular materials for stamping projects, and all often begin as simple sheets. Through metal stamping technology, these essential materials are transformed into either stand-alone, high-performance components, or pieces of larger, more complex assemblies.
Metal Stamping Processes
The processes and tools employed by metal stampers are nearly as diverse as the applications they serve. A few of the most common include:
- Progressive Die Stamping
- Piercing and Punching
- Shallow Draw Stamping
- Laser Cutting and Water Jet Cutting
For most custom stamping projects, a unique finish or secondary machining process enhances a part’s lifespan and performance. Craft the ideal component with:
- Powder coating and plating
Precision metal stamping serves a wide variety of applications and industries. Within the electrical and power industry alone, stamped metal parts serve countless needs across a wide variety of electrical components.
The absolute accuracy of reliable metal stamping proves critical to everything from the intricate components in automotive set-ups to large metal industrial housings. Clips, cups, covers, fasteners, and even sensitive electronic assemblies join the list of precision products made from detailed stamped metal parts.
Construction environments require durability. Harsh conditions, aggressive use, and high wear are all par for the course. Custom metal stamping combines accurate, repeatable manufacturing processes with these rigorous needs. Stamped parts are long-lasting, resist temperature strains, maintain integrity under the threat of rust or corrosion, and offer high strength alloy material choices for heavy lifting.
Metal stamping serves the needs of power tools, panel fastening systems, industrial switches and connectors, and even complex custom assemblies for construction projects.
From doors, shelves, and cabinets to lighting fixtures and custom switches, stamped metal parts serve hardware needs both commercial and residential. Nuts, bolts, screws, hinges, and washers don’t even begin to cover the comprehensive list.
Specialty stamped hardware products include:
- Catches, latches, locks, and closer systems.
- Household tools.
- Power tools.
- Doors, handles, and cabinetry essentials.
- Mounting brackets and chassis.
- Custom quick connects and lighting components.
The precision and durability of stamped metal components make for exceptional fastening solutions. Hooks, bolts, and even complex contact elements can all be stamped.
The range of capabilities and finishes available for stamped parts make for readily customized brackets, latch assemblies, and lock systems to fit tools, machinery, automotive projects, and more.
Appliances encompass a dramatic range of sizes, shapes, finishes, and functions—both residential and commercial. This industry demands an equally complex suite of parts and components for a number of appliance types, including:
- Ice machines and freezers
- Microwaves, toaster ovens, standard ovens, ranges, and cooktops
- Refrigerators and refrigeration systems
- Grills and outdoor kitchens
- Trash compactors and disposal systems
- Fryers and griddles
The custom finishing solutions offered by metal stamping are an especially effective fit for appliance work. The resulting components perform with reliability, precision, and the appropriate polish for finished projects.
Working with the American Industrial Company
Since 1981, the American Industrial Company (AIC) has worked to serve precision metal stamping needs around the world. Our team is driven by quality and dedicated to customer service. We craft the best parts for your job. To learn more about the specialty industries AIC serves, or to request a quote for your next project, contact us today.
Metal stamping is used across a huge range of industries. Original equipment manufacturers (OEMs) typically utilize metal stamping to produce parts in situations in which casting would be too expensive. Metal stamping is much more cost-efficient, as sheet metal is easily recyclable.
OEMs, especially those in the automotive, appliance, and aerospace industries, often drive the need for metal tooling. Some OEMs produce their own stamped metal parts onsite, while others outsource to Tier 1 suppliers. These suppliers build the dies for stamping down the line.
Metal Stamping Components and Processes
A metal stamping operation involves a metal being cut and formed into a desired shape or profile. Three basic items are essential: the metal from which the part is to be made (typically steel, though all kinds of metals can be used, including golds and advanced super alloys), the stamping press, and the stamping die. During metal stamping, a flat metal sheet, also known as a blank, is pressed between a die and a punch to achieve the desired shape.
These parts comprise the press:
- Blank — The portion of the metal that is punched through the die
- Die — Defines the outside shape of the part
- Punch — Defines the inside shape of the part
- Ram — Component that presses down on metal with upper die pattern
- Bolster plate — Stationary lower part of the die
- Blank holder — Holds the blank for control during stamping
As blanks are punched out of the sheet metal, they come through the die, which is built with a slight angle so blanks don’t get stuck inside. Punch presses are powerful machines. It takes about 71 tons of pressure to cut a 10” circle out of 0.125” sheet metal. Modern presses range from 10 tons to 50,000 tons of force.
There are a number of workers involved in the metal stamping process. A machinist cuts die components to correct dimensions. A diemaker tests dies for consistency and assembles stamping tools. A maintenance technician repairs and maintains stamping dies, correcting any problems.
Some parts require further work after stamping. During deep drawing, for instance, a flat blank is slowly drawn over a forming die to achieve the desired shape. Excess material is cut from the deep drawn metal. The metal might then need to be flanged.
Metal Stamping Services From American Industrial
Our manufacturing operations are designed for forming of a wide range of materials. Some of the most common materials we work with include stainless, cold/hot rolled and galvanized steels, aluminum, brass, copper, and high-strength low-alloy (HSLA) steel.
Metal stamping is used to create a huge range of products, including many everyday items. Common household products, such as washers and dryers, are made using a sheet metal stamping process. The flatware we use for eating, the pots and pans we cook with, and the soda cans we drink from are also manufactured partially with metal stamping.
Laser cutting involves the use of a high-powered laser beam to cut through an object using computer numerical control, or CNC. As the laser beam glides across the material, everything in its path either is melted, burned, and vaporized away, or is blown away by a jet of gas.
This process allows for a range of benefits, including a very high-quality surface finish. Rarely is finishing work needed. Industrial laser cutters are used to cut various flat-sheet materials in order to create metal parts and components, as well as structural and piping pieces. Stainless steel, mild steel, and aluminum are the most commonly cut types of metals. Laser cutting is typically preferred over plasma cutting for sheet metal applications, as it’s more precise and uses less energy.
The Vytek FiberCAB 44 Laser Cutting System
To ensure our customers receive the most cutting-edge laser cutting services available, the team at American Industrial Co. (AIC) recently added a brand-new Vytek FiberCAB 44 laser cutting system to our facility, allowing us to offer new, enhanced capabilities.
The FiberCAB 44 system makes use of the very latest in fiber-optic technology to perform precision laser cuts and etchings, allowing us to fulfill all of our customers’ metal stamping and forming needs completely in-house. One of the most advanced laser cutting systems on the market, the FiberCAB 44 can easily cut through as much as 0.25 inch of various metals, including stainless steel, aluminum, brass, and copper.
An advanced hybrid direct-drive motion control technology allows for increased cutting speed and accuracy, giving the FiberCAB 44 unparalleled precision and accuracy. And along with this higher accuracy comes reduced downtime, meaning we can offer quick, cost-efficient solutions for our clients.
The FiberCAB 44 is designed to meet the diverse needs of all customers, whether they require smaller batch runs, shorter lead times, or frequently altered part designs. The FiberCAB 44 also offers optimal energy efficiency, minimal routine maintenance, long machine life, compact and space-efficient design, and tight tolerances of ± 0.002 inch. This precision is possible thanks to the fiber-optic focus, which amplifies the strength of the laser while dramatically reducing the spot size.
How the FiberCAB 44 Reduces Lead Times
The addition of the state-of-the-art FiberCAB 44 system has allowed AIC to further boost our operational efficiency. Since fiber lasers cut sheets and thin metal much quicker than their CO2 counterparts, every step of the process can be optimized to reduce lead times and costs.
With the Vytek FiberCAB 44, we’ve streamlined our cutting process into four steps: Parts are designed in CAD software; the design is imported vectorially to Laserworx software; the software converts the vector lines of a CAD drawing into cut paths; and, finally, the fiber laser either cuts parts entirely from sheet metal or cuts parts into precut strips to prepare blanks for roll forming.
Not only do fiber lasers save time, they also reduce scraps thanks to their high-precision performance, producing clean-cut edges and eliminating additional costs such as those associated with burring. Typical AIC lead times range from two to four weeks.
Allowing for lower costs, improved efficiency, and reduced waste, our new FiberCAB 44 laser cutting system is proving highly effective for reducing project lead times — putting reliable, top-quality solutions into clients’ hands faster than ever before.
Ready to discuss how AIC can help improve your product quality and bottom line? Request a quote from our specialists today to learn more.
To meet unique application needs, there are many different types of steel available, in various shapes, sizes, and finishes. Fully understanding the unique properties and benefits of each type can allow for significant time and cost savings while helping to ensure optimal quality and performance of the end product.
Cold rolled steel and hot rolled steel, in particular, offer different features and benefits, and are best-suited to different applications and industries. The main difference between cold rolled steel and hot rolled steel is the manufacturing process involved in forming each of them.
Download our free guide to compare, contrast and evaluate cold rolled steel by grades, composition and applications below:
Cold Rolled Steel
Cold rolled steel is essentially hot rolled steel that has undergone further processing. When hot rolled steel cools, it is rerolled at room temperature. Strain hardening — by as much as 20% — increases the strength of the final product and ensures a smooth finish. The cold roll process creates steel that is stronger and harder than hot rolled steel, and allows for more exact dimensions. For instance, bars are truly square, with more precise edges and corners. Tubes also have better straightness, and exhibit superior concentricity and uniformity properties.
However, this also means cold rolled steel is limited to only a few shapes, such as round or square. Shaping operations — such as sizing, breakdown, semi-roughing, semi-finishing, and roughing — can create bars, rods, strips, and sheets that are typically smaller than hot rolled products. Cold rolled steel should be used for products requiring optimal durability and tolerance levels.
Hot Rolled Steel
The hot rolled steel process occurs at temperatures over 1,000 °F, which is above the recrystallization temperature for most types of steel. The steel reconfigures itself during cooling, giving it a looser tolerance than the original material. This forming process makes products easier to work with, as the malleability of hot rolled steel allows it to be formed into many different shapes.
Hot rolled steel can also be made in much larger sizes than cold rolled steel. And since reheating the steel is not required, hot rolled steel is generally cheaper than cold rolled steel. Hot rolled steel is ideal for applications in which exact shapes are not required; the steel shrinks when it cools, so there is less control over the size and shape of the finished product.
Hot rolled steel bars can be used in welding and construction applications for I-beams or simple cross-sections like train tracks. The hot roll process is also often used to produce sheet metal.
Hot rolled steel products often have scaled surfaces caused by the cooling down from extreme temperatures. If this presents a problem, scaling can be removed with grinding, blasting, or acid-bath pickling processes. The cooling may also result in slightly trapezoidal forms, which can lead to slight angle distortions. On bar and plate products, slightly rounded edges and corners may also occur.
Understanding the unique features and benefits offered by cold rolled steel and hot rolled steel is hugely helpful in determining which process and material will work best for your specific needs.
With more than 35 years of experience in precision metal stamping and assemblies, American Industrial Co. is proud to offer precision metal stamping services for a wide range of industries and applications. To learn more about hot and cold steel rolling and discuss how we can help with your unique application, reach out to the team today.
Download our free guide to compare, contrast and evaluate cold rolled steel by grades, composition and applications below:
When selecting metal formed parts, it’s critical to partner with a reliable, knowledgeable manufacturer who employs comprehensive quality assurance processes. This will help ensure you receive the highest-quality metal formed parts available, without the need for frequent maintenance or costly downtime.
At American Industrial Corporation (AIC), we aim to provide industry-leading quality assurance throughout every aspect of the metal stamping process, beginning with preproduction, continuing through operations, and culminating in final inspection and shipment.
As part of this commitment to quality, we maintain the most up-to-date, cutting-edge equipment. Our team regularly inspects machinery and conducts thorough product inspections to guarantee all parts are made to exact client specifications. We also take great care in sourcing and selecting our materials, and bring unparalleled precision to our metal fabrication services.
AIC’s Commitment to Quality Control
AIC achieves stringent quality control through constant monitoring of production processes, allowing our workers to detect problems early and rectify them immediately, before serious issues occur.
Our metal stamped parts are held to stringent, industry-specific standards, which we easily meet and exceed through the utilization of sophisticated automated inspection tools — including in-die sensors and Micru Vu inspection systems — that provide instantaneous measurements.
These tools also allow records to be transmitted throughout the entire manufacturing process in order to detect variances and rectify them in real-time.
Precision Metal Forming Services Offered by AIC
The team at AIC is proud to offer a wide range of precision metal forming processes, and we are known throughout the industry for the top-quality components we produce.
Serving all types of industrial applications, we provide a wide range of services: forming and bending, progressive die stamping, blanking, piercing, shallow draw, coining, laser cutting, deburring, finishing, machining, and welding and additional secondary services.
All precision metal stamping services are performed with comprehensive monitoring, and thorough inspection of parts ensures optimal quality and accuracy. Finally, accountability testing and a lean manufacturing environment allow for streamlined, efficient operations — keeping turnarounds short and consistency high.
AIC’s ISO Certification
In 2017, AIC earned ISO 9001:2015 certification to further ensure all our products and services meet strict customer as well as the stringent regulatory requirements established by the global standards board.
ISO 9001 certification guarantees customers will receive high-quality products and services while also ensuring our company’s management and employees reap the benefits of a better-organized, safer, and cleaner workplace geared toward continuous improvement.
This certification positions AIC as an industry leader in precision metal stamping and clearly illustrates our commitment to ongoing improvement and enhanced quality assurance.
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