Custom Sheet Metal Stamping Parts with Precision Stamping for OEM Components in Multiple Metal Materials and Customizable Sizes

METS specializes in the manufacturing of custom sheet metal stamping parts and OEM metal stamping spare components for industrial equipment, automotive systems, electrical products, electronics, machinery, household appliances, and other applications.

Our customized stamped metal components are manufactured according to customer drawings, samples, CAD files, or technical specifications. Depending on the part structure and production volume, we can apply precision stamping, progressive stamping, compound stamping, punching, bending, forming, deep drawing, and other metal forming processes to achieve stable dimensions and consistent production quality.

We work with a wide range of metals, including stainless steel, carbon steel, galvanized steel, aluminum, brass, copper, phosphor bronze, and other specialty metals. Material selection can be optimized according to the required strength, conductivity, corrosion resistance, weight, forming characteristics, and application environment.

From simple washers, brackets, clips, covers, and mounting plates to complex multi-step stamped components, METS provides an integrated manufacturing solution covering tooling design, stamping die manufacturing, sample production, mass production, inspection, surface treatment, and packaging.

For OEM customers, our engineering team can also review part drawings and manufacturing requirements to help optimize the stamping structure, material utilization, tooling design, and production process before mass production. This approach can help reduce unnecessary secondary operations and improve overall production efficiency.

METS has long focused on high-speed precision progressive dies and stamping production, with capabilities for both small precision components and larger structural metal components.

• Precision Custom Stamping: Customized sheet metal parts are manufactured according to specified dimensions, hole locations, bending angles, and tolerances to ensure reliable assembly with other components.
• Multiple Metal Materials: Available materials include stainless steel, carbon steel, aluminum, brass, copper, bronze, and other metals according to application requirements.
• Progressive & Compound Stamping: For high-volume production, progressive and compound dies can integrate multiple operations into an efficient stamping process, helping improve repeatability and production efficiency.
• Complex Shapes & Structures: METS supports customized holes, slots, cutouts, bends, embossing, drawing, forming, and other features required by OEM components.
• OEM / ODM Manufacturing: Production can be developed from 2D drawings, 3D CAD files, samples, or customer specifications.
• Surface Treatment Options: Depending on the material and application, parts can receive plating, polishing, passivation, anodizing, powder coating, heat treatment, brushing, or other surface finishes.
• Prototype to Mass Production: METS supports prototype development, trial production, small batches, and high-volume manufacturing according to project requirements.

Final specifications are determined according to the customer's drawing, material, tolerance requirements, part geometry, and production quantity.

METS provides customized stamped components using different metal materials according to application requirements.

Suitable for components requiring corrosion resistance, mechanical strength, and long-term outdoor or industrial durability. Common options include 304 and 316 stainless steel.

Suitable for structural brackets, mechanical components, equipment parts, and applications where strength and cost efficiency are important.

Lightweight and corrosion-resistant, aluminum is suitable for automotive, electronics, electrical, industrial, and structural components.

Suitable for terminals, connectors, electrical contacts, conductive components, and other applications requiring good electrical conductivity.

Phosphor bronze, beryllium copper, spring steel, and other specialty materials can be considered for applications requiring specific mechanical or electrical properties.

METS provides an integrated process from tooling development to finished stamped components:

• Customer Drawing / Sample
• Engineering Review
• Stamping Process & Die Design
• Tooling Manufacturing
• Trial Stamping
• Sample Inspection
• Mass Production
• Secondary Processing / Surface Treatment
• Final Inspection
• Packaging & Shipment

For complex high-volume components, progressive dies can combine operations such as blanking, piercing, bending, forming, embossing, and cutting into a continuous production process. METS's website highlights progressive tooling and high-speed stamping as important manufacturing capabilities.

METS is a professional metal stamping and tooling manufacturer established in Xiamen in 2006. The company specializes in mold design, mold manufacturing, precision metal stamping, and customized tooling solutions for industrial customers.

Unlike suppliers that only provide stamping production, METS combines die design, tooling manufacturing, stamping production, and quality inspection within its manufacturing workflow.

This integrated capability allows engineers to evaluate the relationship between the part design and stamping die before production, helping customers improve manufacturability and maintain consistent production quality.

• Precision metal stamping
• Progressive die stamping
• Compound die stamping
• Deep drawing
• Sheet metal bending
• Punching and blanking
• Metal forming
• Embossing
• Coining
• Welding and riveting
• CNC machining
• EDM / wire cutting
• Surface treatment
• Assembly
• Customized packaging

METS states that its precision tooling capabilities can support tight-tolerance applications, while its stamping production covers materials including steel, aluminum, stainless steel, copper, brass, and specialty metals.

Consistent dimensions are especially important for OEM stamping spare components because many parts need to fit directly into existing assemblies or automated production lines.

METS can perform quality checks covering:

• Raw material verification
• First-piece inspection
• Dimensional inspection
• Hole and slot position inspection
• Bending angle inspection
• Surface inspection
• Burr inspection
• Assembly/interface inspection
• Final production inspection
• Packaging inspection

Inspection requirements can be established according to the customer's drawings, tolerance specifications, samples, and application requirements.

Custom stamped brackets, clips, mounting plates, reinforcement components, terminals, shields, and structural parts. METS's existing product range includes precision automotive stamped components and customized metal brackets.

Stamped terminals, connector components, contact parts, shielding covers, electrical brackets, housings, and conductive components.

Machine brackets, mounting plates, protective covers, structural components, replacement parts, and mechanical hardware.

Internal brackets, mounting components, fixing plates, clips, housings, and functional sheet metal components.

Solar mounting clips, PV brackets, grounding components, cable clips, and other customized renewable-energy hardware.

OEM machine components, mounting parts, positioning plates, protective components, and customized replacement parts.

When sourcing OEM metal stamping spare components, the quality of the finished part is only one part of the equation. Tooling stability, material utilization, dimensional consistency, production efficiency, and delivery reliability can all affect the total cost of an OEM project.

METS approaches customized stamping projects from the tooling stage. Our engineers evaluate the part structure before manufacturing the die, considering material flow, bending sequence, hole positioning, forming requirements, strip layout, and production efficiency.

For high-volume components, progressive stamping can combine multiple operations into one continuous process. This reduces repeated handling and provides a more consistent production cycle.

For simpler or lower-volume parts, compound dies or secondary forming processes can be selected according to the customer's cost and production requirements.

This flexibility allows METS to provide a project-specific manufacturing solution rather than simply producing parts from a drawing.

• Tooling Expertise: Dedicated die design and manufacturing capabilities help ensure that the stamping process is developed around the actual part geometry.
• Multiple Materials: Steel, stainless steel, aluminum, brass, copper, bronze, and specialty materials are available according to product requirements.
• Flexible Production: Prototype, sample, small-batch, and mass-production requirements can be supported.
• Engineering Support: METS can review drawings and provide feedback on stamping feasibility, forming structure, and tooling requirements.
• Consistent Quality: Dimensional and appearance inspections help maintain stable production quality throughout the order.
• Global OEM Support: Finished components can be packed and shipped internationally by sea, air, or express according to project requirements.

METS can customize OEM sheet metal stamping components in the following areas:

• Part dimensions
• Material grade
• Material thickness
• Hole diameter
• Hole pattern
• Slot dimensions
• Bending angle
• Embossing structure
• Drawing depth
• Surface treatment
• Tolerance
• Assembly requirements
• Packaging
• Labeling

Customers can send a 2D drawing, 3D CAD file, sample, or even an initial concept for engineering evaluation.

Custom sheet metal stamping parts are metal components manufactured from sheet or strip material using stamping processes such as punching, blanking, bending, forming, and drawing. They are produced according to specific customer drawings or application requirements.

METS can work with stainless steel, carbon steel, aluminum, brass, copper, bronze, spring steel, and other specialty metals. Material selection depends on the required strength, conductivity, corrosion resistance, forming characteristics, and application environment.

Yes. METS provides OEM/ODM production based on 2D drawings, 3D CAD files, physical samples, or technical specifications.

Our capabilities include progressive stamping, compound stamping, blanking, punching, bending, forming, deep drawing, embossing, and coining.

Yes. Tooling design and die manufacturing are important parts of METS's business. This integrated capability allows us to control the relationship between tooling and production more effectively.