Customized ODM/OEM Brass and Aluminum Metal Stamping Parts for Electrical Components and Sheet Metal Stamping Components

METS specializes in custom precision metal stamping parts manufactured from brass, aluminum, and other suitable metal materials. Our OEM metal stamping solutions are designed for electrical components, electronic hardware, industrial equipment, and a wide range of mechanical assemblies.

Using processes such as precision stamping, punching, bending, and forming, we can produce customized metal contacts, conductive clips, electrical terminals, spring contacts, mounting brackets, and other non-standard stamped components according to customer drawings or samples.

Brass is commonly selected for electrical components because of its electrical conductivity, formability, and corrosion resistance. Aluminum offers a lightweight alternative for applications where reduced component weight, suitable mechanical properties, and efficient material processing are important. The appropriate material depends on the component's electrical, mechanical, environmental, and assembly requirements.

From simple flat stampings to complex formed components, METS supports customized product development with tooling design, die manufacturing, and metal stamping production capabilities. Customers can specify material grade, sheet thickness, part dimensions, bending angles, hole positions, surface treatment, and other critical characteristics to meet their application needs.

Our objective is to help customers obtain metal stamping parts that meet their technical specifications while supporting consistent manufacturing quality, efficient production, and reliable component integration.

• OEM & ODM Customization: Manufacturing based on customer drawings, samples, or technical specifications.
• Multiple Material Options: Brass, aluminum, copper, stainless steel, carbon steel, and other suitable metals.
• Integrated Forming Processes: Punching, blanking, bending, forming, and other feasible secondary operations.
• Flexible Part Geometry: Flat, bent, embossed, perforated, and three-dimensional formed configurations.
• Electrical Component Applications: Suitable for contacts, terminals, clips, conductive springs, and connector hardware.
• Tooling Development Support: Custom stamping die design and manufacturing according to part complexity and production requirements.
• Production Flexibility: Project evaluation for prototypes, small batches, and volume production.

The following table outlines the main customization options for brass and aluminum metal stamping parts. Actual specifications are determined by the product drawing, material selection, tooling design, and agreed inspection requirements.

Technical note: Tolerances, material thickness, conductivity, plating thickness, and mechanical properties should be confirmed for each project. Not every material or geometry is suitable for every stamping process.

Precision metal stamping enables repeatable production of components with defined dimensions and geometric features. For electrical applications, critical characteristics may include contact surfaces, terminal widths, hole positions, slot dimensions, and forming angles.

METS evaluates these features according to the component design and intended production method to establish appropriate manufacturing and inspection requirements.

Brass is widely used in electrical hardware because it combines useful electrical conductivity with good formability and machinability. Depending on the selected alloy and temper, brass stamping parts can be designed for connector contacts, terminal lugs, conductive clips, switch components, and related hardware.

Material grade and temper should be selected according to contact force, conductivity, forming complexity, and operating conditions.

Aluminum stamping parts can help reduce component weight while providing practical formability for many industrial and electrical applications. They may be used for brackets, mounting pieces, housings, shields, and selected conductive components.

Because aluminum alloys differ in strength, conductivity, and formability, the appropriate grade should be confirmed before tooling development.

Many electrical components require more than a flat stamped profile. Bending and forming operations can create contact arms, mounting flanges, retaining features, raised sections, and other three-dimensional structures.

Depending on the design, these operations may be integrated into a progressive die or performed using separate tooling and secondary processes.

Surface treatment can help meet requirements for corrosion resistance, contact performance, appearance, or assembly. Available options may include deburring, polishing, tin plating, nickel plating, and other compatible treatments.

For electrical contacts, surface finish should be selected according to contact resistance, wear, environmental exposure, and the intended mating material.

METS works with customers to define a practical manufacturing solution for each metal stamping project.

1. 1
   Drawing and Requirement Review

   Customers provide 2D drawings, 3D models, physical samples, or preliminary specifications. Critical dimensions, material requirements, and functional features are reviewed before manufacturing planning.

2. 2
   Material Selection

   The material is selected according to the application's electrical, mechanical, forming, and environmental requirements. Brass and aluminum grades can be evaluated based on the intended component function.

3. 3
   Tooling Design and Manufacturing

   Depending on part complexity and expected production volume, suitable tooling may include single-operation dies, compound dies, progressive dies, or dedicated bending and forming tools.

4. 4
   Sample Development and Verification

   Where required, sample parts can be evaluated against the agreed drawings and specifications. Any necessary adjustments should be reviewed before proceeding to production.

5. 5
   Production and Quality Inspection

   Production follows the approved specifications and agreed inspection plan. Critical dimensions and functional characteristics are checked according to the requirements established for the project.

6. 6
   Packaging and Delivery

   Finished parts are packaged according to their geometry, surface condition, and shipping requirements. Delivery arrangements are confirmed based on order quantity and the production schedule.

METS custom metal stamping parts can be developed for a variety of electrical, electronic, and industrial applications.

Brass contact components can be used in switches, connectors, electrical interfaces, and other assemblies requiring specified conductive surfaces and contact geometry.

Stamped terminals can incorporate contact tabs, mounting holes, locking features, and bent sections for wire connection or connector assembly.

Custom clips can be designed to hold, retain, connect, or position components. Material selection depends on the required holding force, conductivity, elasticity, and operating environment.

Formed metal spring contacts are used in selected electrical and electronic assemblies. Spring performance depends on material grade, temper, geometry, forming conditions, and operating deflection.

Aluminum and other metal stampings can be formed into brackets, supports, and mounting pieces for electrical enclosures, industrial equipment, and mechanical assemblies.

Custom stampings may be suitable for selected automotive connectors, terminals, clips, and electrical hardware when the material, dimensional, environmental, and performance requirements are satisfied.

Stamped metal components can support electrical connections, mechanical retention, grounding, mounting, and other functions in appliances and industrial equipment.

Xiamen METS Industry & Trade Co., Ltd. is a China-based manufacturer and exporter specializing in mold design, tooling manufacturing, and precision metal stamping. The company's published profile describes its work in electrical contacts, automotive components, electronics, LED lighting, lead frames, motor laminations, and other metalworking applications. Xiamen METS Industry & Trade Co., Ltd

METS provides tooling-related capabilities for precision metal stamping applications. Depending on the component design, tooling solutions can be developed for punching, blanking, bending, forming, and progressive stamping.

A suitable die design helps control part geometry and supports repeatable production when manufacturing conditions are properly maintained.

The company's published material range includes brass, copper, aluminum, stainless steel, carbon steel, and other metals. This provides a basis for evaluating different material options according to customer application requirements. Xiamen METS Industry & Trade Co., Ltd

For projects requiring customized tooling and stamped components, METS can discuss the manufacturing workflow from design review and tooling development to sample evaluation and production.

This approach is particularly relevant to electrical components that require specific contact geometry, forming features, and assembly dimensions.

METS's published company profile describes support for production ranging from prototypes to full production runs. Actual project feasibility, minimum order quantities, tooling costs, and production lead times depend on part complexity and the required manufacturing process. Xiamen METS Industry & Trade Co., Ltd

For precision metal stamping projects, quality requirements should be established around the features that directly affect product function. These may include dimensional tolerances, burr limits, flatness, forming angles, surface condition, and electrical characteristics where applicable.

METS can discuss an appropriate inspection plan based on customer drawings and project specifications.

The following examples illustrate typical project scenarios for custom brass and aluminum metal stamping parts. They are representative application examples, not claims about specific named customers or verified completed orders.

For electrical component manufacturers, metal stamping quality affects more than appearance. Dimensional consistency, contact geometry, burr control, material properties, and surface condition can all influence assembly performance and product reliability.

Choosing a manufacturing partner with tooling and stamping capabilities can help simplify the development process for custom metal contacts, terminals, clips, spring contacts, and mounting brackets.

METS supports OEM metal stamping projects based on customer drawings, samples, and technical requirements. By considering material selection, tooling structure, forming sequence, and critical inspection points, the manufacturing process can be planned around the component's intended function.

Whether you need brass terminals for electrical connectors, aluminum brackets for industrial equipment, or formed metal clips for component retention, the appropriate solution begins with a clear understanding of the application.

Quality assurance for custom metal stamping parts should focus on the characteristics that matter most to the component's intended function. Depending on the project requirements, the inspection plan may include the following:

Not every inspection method applies to every product. Inspection items, sampling frequency, acceptance criteria, and documentation should be agreed upon before production. For electrical contacts and terminals, additional checks may be necessary for conductivity, contact resistance, plating thickness, or other electrical performance requirements.

METS can discuss packaging and shipping arrangements based on component dimensions, surface finish, order quantity, and destination. Available packaging approaches may include:

• Protective bags or trays for small precision parts.
• Layered packaging to help prevent scratching and deformation.
• Separated packaging for components with sensitive contact surfaces.
• Cartons or wooden cases for suitable export shipments.
• Product labels and quantity identification according to customer requirements.

Delivery time depends on material availability, tooling requirements, order quantity, sample approval, and the production schedule. The confirmed delivery date should be established during quotation and order confirmation.

For parts with plating or sensitive electrical contact surfaces, packaging requirements should be specified to reduce the risk of damage during handling and transportation.