Metal Stamping Services
Metal stamping encompasses single-hit, progressive, and transfer stamping processes. Fuming delivers high efficiency, speed, and quality for complex high- and medium-volume metal stamping operations, including punching, blanking, bending, coining, flanging, and embossing. We provide high-quality metal stamped parts ranging from short runs to production volumes in the millions.
High-Precision Metal Stamping and Manufacturing
Fuming provides leading OEM and tier manufacturers worldwide with progressive die heavy stamping and high-speed metal stamping services. We support custom, high-volume production requirements for precision components, electrical connectors, contacts, and various other electrical and non-electrical parts. Our in-house capabilities include rapid prototyping, tool design and fabrication, waterjet cutting, and assembly services. We are recognized for investing in top-tier stamping production technology and implementing rigorous quality controls through our signature inline and offline camera vision systems and sensor technology. These continual equipment investments enable us to meet evolving industry demands, achieve greater production efficiencies, offer competitive pricing, and deliver superior product results.
Online Quotation for Metal Stamping Services
Fuming produces custom metal stampings using a variety of materials, including copper, brass, stainless steel, and steel alloys. We offer stampings in production volumes up to one million units or more, maintained to tight tolerances and delivered with competitive lead times. Get started with our online quoting system to take advantage of our precision metal stamping services. Our project managers and technical experts personally review and manually quote each metal stamping project, ensuring we meet your unique requirements while delivering a fast and seamless manufacturing experience.
The Stamping Process
Metal stamping is a manufacturing process where coils or flat sheets of material are formed into specific shapes. This technique encompasses several forming methods, including blanking, punching, embossing, and progressive die stamping, among others. Depending on the complexity of the component, parts may utilize a combination of these techniques or a single one. During the process, blank coils or sheets are fed into a stamping press, which uses tools and dies to create features and surfaces in the metal. Metal stamping is an efficient method for mass-producing a wide variety of complex parts, ranging from car door panels and gears to small electrical components used in phones and computers. Stamping processes are widely adopted across automotive, industrial, lighting, medical, and other industries.Blanking—This operation removes a workpiece from the original metal sheet to create the desired form. It is the opposite of punching, as the removed material becomes the finished shape or blank.
Punching—Punching employs a die and punch to cut sheet metal into a specified shape. Excess material is ejected from the sheet, and the remaining portion forms the final part.
Bending—Sheet metal is bent and shaped to meet design specifications. The most common forms are L, U, or V profiles, achieved by bending the material around a single axis.
Drawing—Also referred to as forming, this process uses compressive force to shape sheet metal into a cavity or around a desired contour.
Embossing—Embossing utilizes a die to impress a pattern or design onto the metal workpiece, creating a raised or recessed surface feature.
Metal Stamping Capabilities
We operate multiple precision metal stamping presses ranging from 45 to 800 tons, all utilizing an advanced press control system with integrated in-mold sensor technology. This setup accommodates both low- and high-volume production requirements while protecting your stamping dies. Our stamping capabilities serve a diverse range of industries, producing components from 5mm parts for industrial automation applications up to 31-inch parts for fitness equipment.
- An ERP system manages production scheduling and quality inspections.
- An in-house tool room builds progressive stamping dies capable of multiple operations, including in-die assembly and tapping.
- Sensor technology protects stamping dies during production and ensures proper functioning of all operations.
- Enhanced control and flexibility of the servo press stroke deliver metal parts with greater speed and precision.
- Comprehensive quality inspections are conducted both on the stamping floor and in the quality laboratory.
- Completion of metal parts is handled in-house, including sub-assembly services, finishing, and line-ready packaging.
- In-house die maintenance performs repairs and die modifications within established deadlines.
Types of Stamping
We offer single and multistage stamping, progressive die, deep draw, fourslide, and other methods to guarantee the most efficient approach for producing your components. Fuming’s experts can match your project with the appropriate stamping process by evaluating your uploaded 3D model and technical specifications.
- We offer single and multistage stamping, progressive die, deep draw, fourslide, and other methods to ensure the most effective approach for manufacturing your components. Fuming’s experts can match your project with the appropriate stamping process by reviewing your uploaded 3D model and technical drawings.
- Progressive die stamping employs a series of dies in consecutive stations to form parts progressively, enabling deeper draws and more complex geometries than single-stage tooling typically permits. This technique is particularly well-suited for high-volume production of larger components, such as those common in the automotive industry. Transfer die stamping is a related process, though progressive stamping keeps the workpiece attached to a metal strip throughout, while transfer stamping removes the workpiece and conveys it between stations.
- Deep draw stamping produces components with deep cavities, such as enclosed rectangular shapes. This process yields rigid parts, as the extensive deformation compresses the metal structure into a more crystalline form. Standard draw stamping, utilizing shallower dies to shape metal, is also commonly employed.
- Fourslide stamping shapes parts from four axes rather than a single direction. This method is used to manufacture small, intricate components, including electronic parts such as phone battery connectors. Offering enhanced design flexibility, lower production costs, and faster manufacturing cycles, fourslide stamping is widely utilized in aerospace, medical, automotive, and electronics industries.
- Hydroforming represents an evolution of traditional stamping. Sheet metal is placed over a die with the desired bottom contour, while the upper die contains an oil bladder that fills to high pressure, pressing the metal into the lower die shape. Multiple parts can be hydroformed simultaneously. This technique is fast and accurate, though a secondary trimming operation is typically required to separate individual parts from the sheet.
- Blanking cuts workpieces from a sheet as an initial step prior to forming. Fineblanking, a specialized variation, produces precise cuts with smooth edges and flat surfaces.
- Coining is another stamping variation used to create small, round workpieces. The substantial force required to form these small parts work-hardens the metal while removing burrs and rough edges.
- Punching is the inverse of blanking; it removes material from the workpiece rather than extracting material to create a workpiece.
- Embossing creates three-dimensional designs in metal, either raised above the surface or recessed through depressions.
- Bending occurs along a single axis and is frequently used to create U-, V-, or L-shaped profiles. This technique is accomplished by clamping one side while bending the other over a die, or by pressing metal into or against a die. Flanging is a bending operation applied to tabs or specific portions of a workpiece rather than the entire part.
Metal Stamping Materials
- Stainless Steel
- Aluminum
- Cold Rolled Steel
- Hot Rolled Steel
- Pre-Galvanized Steel
- Annealed Steel
- Brass
- Copper
- Plastic
Metal Stamping Parts Applications
Fuming produces precision stamped components tailored to your project’s exact specifications. Our tooling and metal stamping specialists can develop both standalone and supplementary parts. These custom stamping services support the production of a diverse array of products across numerous industries, including:
- Electronic Terminals
- Sensor components
- Yokes
- Thrust washers
- Heat sinks
- Printer cartridge blades
- Medical components
- Inserts
- Fuse clips
- Brackets
- Contacts
- Covers
- Latches
- Furniture parts
Metal Finishing Options
- Pre-Plating, Post-Plating and Spot Plating
- Powder Coating & E-Coating
- Electropolishing
- Deburring
- Heat Treating
- Sanding, Grinding, and Buffing
- Cleaning
Why Fuming？
We are a specialized stamped metal parts manufacturer dedicated to the mission of “Just Be Ready.” We deliver precision metal stamped components and comprehensive stamping solutions for even the most complex applications, ensuring timelines that guarantee our clients’ success.
Our in-house tooling system enables us to produce short-run and medium-run metal parts faster than competitors. This process is maintained consistently for each customer and remains in place for the lifetime of every part we manufacture.