Custom OEM Metal Stamping Parts with 0.01mm Tolerance in Stainless Steel and Carbon Steel for Sheet Metal Components

METS specializes in custom OEM precision metal stamping parts manufactured from stainless steel and carbon steel. With professional tooling design and metal forming capabilities, we provide customized metal components according to customer drawings, samples, CAD files, and technical specifications.

Our metal stamping solutions support a range of manufacturing requirements, including precision punching, blanking, bending, forming, and progressive die stamping. From simple flat parts to complex formed components, we work with customers to select suitable materials, optimize part structures, and develop practical manufacturing processes.

• Custom OEM Manufacturing: Parts produced according to customer drawings, samples, and specifications.
• Material Flexibility: Stainless steel and carbon steel options for different mechanical, structural, and environmental requirements.
• Precision Stamping: Controlled forming processes designed to achieve consistent dimensions and repeatable production quality.
• Integrated Tooling Support: Custom stamping die design, tooling development, and production coordination.
• Flexible Production: Solutions for prototype evaluation, small-batch orders, and mass production, depending on project requirements.
• Custom Finishing: Surface treatments can be selected according to material compatibility and application needs.

Whether you need metal brackets, mounting plates, clips, covers, housings, or other custom stamped components, METS can evaluate your project and provide a manufacturing solution tailored to your requirements.

Note: Final specifications, material grades, tolerances, available finishes, and production lead times are confirmed during technical review and quotation.

Xiamen METS Industry & Trade Co., Ltd. was established in Xiamen, China, in 2006. The company specializes in mold design, mold manufacturing, and precision metal stamping for industrial applications.

By combining tooling expertise with metal stamping production experience, METS helps customers develop components that meet functional, dimensional, and production requirements.

We support custom stamping die design and manufacturing based on component geometry, material properties, required tolerances, and production volume. Appropriate tooling solutions help improve forming consistency and production efficiency.

Stainless steel and carbon steel offer different advantages in corrosion resistance, strength, formability, and cost. Our team can review the intended application and help evaluate suitable material and stamping process options.

Repeatable tooling setups, process checks, and dimensional inspections help control variation between production batches. Inspection criteria can be established according to approved drawings and customer requirements.

We work with customers at different stages of product development, from drawing review and sample evaluation to tooling development and ongoing production.

Quality control can include raw material verification, first-piece inspection, dimensional checks, visual inspection, and final inspection according to the agreed quality plan.

Our goal is to help customers source custom stamped metal parts through a coordinated manufacturing process, with clear technical communication and practical production support.

Stainless steel and carbon steel stamping parts are used in a wide range of industrial assemblies. The final design and material selection depend on the component's function, loading conditions, operating environment, and assembly requirements.

Custom stamped brackets, retaining clips, mounting plates, and structural metal components can support vehicle assembly and automotive equipment applications. Material thickness, forming geometry, and dimensional requirements are evaluated according to the part's function.

Precision stamped metal parts can be used for connector structures, terminal supports, shielding components, fixing clips, and equipment enclosures. Where electrical contact or conductivity is required, material selection must be matched to the component's electrical function.

Stamped brackets, mounting plates, internal supports, and metal fixing components can be designed for household appliance assemblies. Custom hole positions, bends, and mounting features help accommodate specific installation requirements.

Custom steel plates, mounting brackets, protective covers, and formed metal supports can be produced for machinery and industrial equipment. Design considerations may include mechanical strength, mounting accuracy, surface protection, and ease of assembly.

These are representative application scenarios, not claims of specific completed customer projects. Actual project details can be added with verified customer approval and supporting information.

Selecting a metal stamping supplier involves more than comparing unit prices. Material utilization, die design, production repeatability, dimensional control, and finishing requirements all influence the total manufacturing cost and long-term supply stability.

METS works with customers to evaluate these factors before production begins.

1. Drawing and Requirement Review — Review 2D drawings, 3D CAD files, samples, material specifications, and target quantities.
2. Manufacturing Feasibility Assessment — Evaluate part geometry, material formability, tolerances, and suitable stamping operations.
3. Tooling and Process Planning — Determine the appropriate die structure and production process based on part complexity and volume.
4. Sample and Approval Stage — Where required, manufacture samples for dimensional verification and customer approval.
5. Production and Quality Inspection — Manufacture parts according to the approved requirements and agreed inspection plan.
6. Packaging and Delivery — Arrange protective packaging and shipping according to the customer's order requirements.

• Custom manufacturing based on drawings and technical specifications.
• Stainless steel and carbon steel material options.
• Tooling design and manufacturing support.
• Multiple stamping and metal forming processes.
• Technical communication throughout project development.
• Inspection and packaging arrangements based on customer requirements.