Stamping parts are parts made by applying pressure to metal sheets (coils/sheets) through presses and dies to cause them to undergo plastic deformation or separation.

• High precision: stamping dies are of high precision, small part size errors, and strong consistency.
• Flexible structure: complex shapes can be customized through mold design.
• Strong material adaptability: stainless steel, aluminum alloy, copper alloy, etc.

Automobile manufacturing (body structural parts, engine accessories) and Mechanical hardware (brackets and connectors).

Consists of a metal nut (M3-M12), a spring steel leaf (elastic metal), and a supporting base platform.

• Installation: Snapped into preset holes of sheet metal.
• Self-locking: Spring expansion forms an anti-rotation structure.
• Floating compensation: Allows for ±1-2mm deviation compensation.

Saves 80% installation time compared to traditional nuts. No welding required, avoiding thin plate deformation. Suitable for repeated use and maintenance.

A headless hollow cylindrical body with axial slots. Features a hollow reel made of highly elastic steel strip with chamfered ends for easy insertion.

• Continuous tightening via radial elastic force.
• Resists vibration loosening and absorbs energy.
• High assembly efficiency with bi-directional insertion.

Utilize circlip pliers to contract the outer diameter, then place into the pre-processed circular inner groove. The ring relies on elasticity to recover and lock in place.

• Automotive: Engines, gearboxes, and bearing seats.
• Transmission: Gears and chains.
• Precision equipment: Micromotors and sensors.

High-precision stamping ensures accurate dimensions. High-quality steel provides excellent compression and impact resistance with diversified surface treatments for anti-corrosion.

• Automotive body controller housings.
• Chassis sensor shields.
• Motor controller housings.