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Punch Pin for Reliable and Accurate Metalworking Operations
A commonly used component in molds and dies, usually used for cutting, punching or shaping materials during stamping processes. Punch pin undertakes the process of punching, blanking and forming the material under high intensity pressure, and is usually made of high hardness and wear-resistant material to ensure its precision and durability in repeated use. Their shapes and sizes can be customized according to specific processing needs to meet the requirements of different processes.
Description
Main Features
High precision: The punch pin is precision machined to ensure the accuracy and consistency of the hole position and shape, which is suitable for mass production.
High wear resistance: Made of high quality mold steel or hard alloy, it has excellent wear resistance and can maintain a sharp edge for a long time.
High strength: The material of the punch pin has high hardness and strength, which can withstand the huge impact and shear force in the stamping process.
Various shapes and specifications: According to the different needs of stamping process, the punch pin can be manufactured into various shapes such as round, square, shaped and so on, adapting to various process requirements.
Easy to replace and maintain: The punch pin is designed with easy-to-replace features in mind, reducing equipment downtime and improving production efficiency.
Common Specifications
Punch pins are available in various specifications and models, which can be customized according to specific process requirements, common types of punch pins include:
Standard round punch pins: Commonly used for punching round holes, simple structure, easy to use and replace.
Square punch pins: Used for punching square holes or special shapes to meet specific process requirements.
Shaped punch pins: Special shaped punches customized according to customer needs, suitable for punching shaped holes or complex parts.
Applications
Widely used in stamping molds in automotive, electronics, electrical appliances, medical, aerospace and other industries for punching, shearing or shaping operations on metal, plastic, rubber and other materials.
