Fine blanking technology is a high-precision and high-efficiency machining method in the field of stamping processing. It uses specialized fine blanking machines and molds to perform impact processing on metal sheets under high-speed and high-precision control, in order to achieve precise part manufacturing. Compared with traditional stamping, fine blanking technology focuses more on high-speed production of small, complex, and precise parts.

The characteristics of fine blanking technology include:

1. High precision: Fine blanking technology can achieve machining of small and complex shaped parts, usually meeting millimeter or even sub millimeter level precision requirements.

2. High speed: Fine blanking technology is usually implemented on high-speed fine blanking machines, which can achieve high-speed production and improve production efficiency.

3. Low waste rate: Fine blanking technology can achieve simultaneous processing of multiple parts within a smaller range of sheet sizes, reducing waste generation.

4. Complex shapes: Fine blanking technology can manufacture parts with complex shapes, including convex and concave structures, small holes, etc.

5. High degree of automation: Fine blanking technology is usually combined with automation equipment to achieve high automation of production lines and reduce labor costs.

6. Material adaptability: Fine blanking technology is suitable for various metal materials, including steel, aluminum alloys, copper, as well as non-metallic materials such as plastics.

Fine blanking technology has a wide range of applications in fields such as electronics, automotive, and medical devices, especially playing an important role in micro parts, connectors, conductive components, and more.