Customized Copper Stamping Parts for Electrical Socket Contacts with Progressive Die Punching and High Electrical Conductivity

METS specializes in precision progressive die punching and customized stamping solutions for electrical sockets, power connectors, terminal blocks, and electronic components.

Our copper stamping parts are manufactured according to customer drawings, samples, and technical specifications. By combining precision die design, progressive stamping technology, and controlled production processes, we deliver metal components with consistent geometry, reliable assembly fit, and optimal electrical performance.

Progressive die punching efficiently manufactures metal components requiring multiple operations. As metal strip passes through successive stations, the die performs punching, blanking, bending, and forming before separating the finished component.

• Consistent Geometry: Integrated tooling maintains repeatable dimensions
• Efficient Production: Multiple operations within one coordinated process
• Material Utilization: Optimized strip layouts reduce waste
• Reliable Assembly Fit: Critical dimensions controlled to specifications
• Scalable Manufacturing: Suitable for medium-to-high-volume production

• Electrical Conductivity: Copper alloys provide optimal conductivity for electrical applications
• Precision Progressive Die Punching: Custom dies integrate multiple geometric operations
• Flexible Material Selection: Copper, brass, and other copper alloys available
• Customized Surface Finishing: Tin, nickel, or silver plating options
• Consistent Production Quality: Defined tooling parameters and quality checks
• OEM and ODM Services: Manufacturing according to customer specifications

Note: Specifications are indicative and subject to engineering review. Actual material grades, thicknesses, tolerances, and production capacity will be confirmed according to component requirements.

METS specializes in stamping die design, tooling manufacturing, and precision metal stamping components for electrical contacts, electronic components, and automotive parts.

• Progressive Die Design and Manufacturing
• Precision Tooling Development with CNC machining and EDM
• Custom Metal Stamping for electrical applications
• Process Optimization for manufacturability
• Comprehensive Inspection and Quality Management

• Electrical Sockets and Power Outlets
• Power Connectors and Electrical Terminals
• Electronic Components and Contact Plates
• Industrial Electrical Equipment
• Household Appliances

METS establishes project-specific quality procedures including:

• Incoming material verification and identification
• First-article inspection and customer sample approval
• Dimensional checks for critical features
• Visual inspection for surface defects
• Burr and edge-quality control
• Surface treatment verification
• Final inspection and documentation