Custom Metal Stamping Services for Precision Parts with Progressive Die Pressing and Stainless Steel Options

Advanced stamping equipment and professionally manufactured tooling help maintain repeatable dimensions and consistent production quality.

Parts can be manufactured according to 2D drawings, 3D CAD files, samples, specifications, or application requirements.

METS provides both stamping die design and die manufacturing, allowing closer control over tooling quality and production consistency.

We support progressive stamping, compound stamping, punching, bending, forming, deep drawing, and other metal forming processes.

Common materials include stainless steel, carbon steel, aluminum, brass, copper, spring steel, and silicon steel.

OEM projects can be developed from initial samples and tooling validation through stable high-volume production.

Additional treatments such as plating, polishing, passivation, anodizing, powder coating, and heat treatment can be arranged according to application requirements.

Suitable for clips, brackets, connectors, terminals, mounting components, electrical contacts, structural parts, and custom hardware.

Our engineers review your drawings, samples, material requirements, tolerances, production volume, and application conditions.

We evaluate the part structure and recommend suitable stamping processes, material specifications, forming sequences, and tooling solutions.

A dedicated die structure is developed according to the geometry, material, tolerance, production volume, and required forming operations.

Precision machining, EDM/WEDM, grinding, assembly, and tooling inspection are performed to prepare the stamping die for production.

Initial samples are produced for dimensional inspection, appearance evaluation, assembly testing, and customer approval.

After sample approval, production is carried out under controlled process conditions to maintain consistent quality throughout the production batch.

Finished parts can undergo dimensional inspection, surface inspection, plating, polishing, heat treatment, or other secondary processes.

Parts are packaged according to product requirements and shipped by express, air freight, sea freight, or customer-appointed logistics.

Instead of separating tooling development and part manufacturing between different suppliers, METS can manage the die design, tooling production, trial stamping, sample approval, and production process as an integrated workflow.

For complex stamped parts, production quality depends not only on the stamping machine but also on the die structure, material behavior, forming sequence, clearance, and process control. Our engineering team focuses on these factors during project development to help reduce potential production problems.

For OEM customers, consistent dimensions are critical because stamped parts often need to fit directly into automated assembly systems or other components. Our production approach emphasizes: Stable tooling -> controlled stamping process -> consistent dimensions -> reliable assembly

Whether you require several prototype samples for validation or large-volume production for an established product line, the manufacturing process can be adjusted according to project requirements.

Custom stamped clips, brackets, terminals, reinforcement parts, mounting components, shielding parts, and sensor-related components.

Connector components, contact terminals, conductive parts, shielding components, spring contacts, mounting hardware, and electrical assemblies.

Machine brackets, support plates, clamps, mounting parts, structural components, hardware fittings, and customized metal assemblies.

Motor components, mounting brackets, internal structural parts, terminals, clips, switch components, and metal hardware.

Solar mounting clips, cable management components, brackets, grounding components, and other customized stamped hardware.

Fastening components, clips, brackets, washers, retainers, hinges, connectors, and other precision metal hardware.

Length, width, height, holes, slots, cut-outs, bends, embossing, ribs, tabs, and complex forming structures.

Stainless steel, carbon steel, spring steel, aluminum, brass, copper, silicon steel, and other specified materials.

Dimensional requirements can be customized according to the functional requirements of the component.

Nickel plating, tin plating, zinc plating, passivation, polishing, anodizing, powder coating, heat treatment, and other finishes.

Bulk packaging, PE bags, plastic trays, cartons, pallets, wooden cases, and customized labeling.

Material specifications and condition are checked before production.

Critical die components and tooling dimensions are inspected during manufacturing and assembly.

Initial production samples are checked against approved drawings and specifications.

Critical dimensions and forming conditions are monitored during production.

Finished parts are inspected for dimensions, appearance, quantity, and other customer-defined requirements.

METS manufactures custom clips, brackets, connectors, terminals, contact components, mounting parts, shielding components, structural parts, automotive components, electrical hardware, and other precision stamped metal parts.

Yes. We support OEM manufacturing based on 2D drawings, 3D CAD files, samples, and technical specifications. Our engineers can also review the drawing and provide manufacturing recommendations.

Common materials include stainless steel, carbon steel, spring steel, aluminum, brass, copper, and silicon steel. Other materials can be evaluated according to the application.

Our capabilities include precision stamping, progressive stamping, compound stamping, punching, bending, forming, and deep drawing, as well as selected secondary operations.

Yes. METS provides stamping die design and die manufacturing together with stamping production, allowing tooling and production to be managed by the same engineering team.