CNC Punching is an advanced processing method that combines computer numerical control (CNC) technology and stamping machining. CNC technology achieves the machining of the desired shape by precisely controlling the movement of the machine tool and the operation of the tool. In stamping, this technology makes the operation of punching presses and dies more precise and efficient.
The main advantages of CNC Punching include:
1. High precision: CNC Punching can accurately control the depth, position and speed of stamping to ensure that the processed parts have extremely high dimensional accuracy. This makes CNC stamping ideal for manufacturing complex-shaped parts that require high precision.
2. High efficiency: CNC Punching relies on precise molds and advanced CNC technology, which can achieve high-speed and continuous stamping operations and significantly improve production efficiency.
3. High degree of automation: CNC Punching technology reduces human intervention, reduces the possibility of human error, reduces downtime, and further improves processing efficiency.
4. Save mold costs: CNC Punching is suitable for large products, if large products are stamped with ordinary stamping, huge mold costs are required, CNC Punching can greatly save mold costs through the combination of multiple small molds.
CNC Punching is widely used in various industries, such as aerospace, automobile manufacturing, medical equipment, electronic equipment, etc., to manufacture parts of various complex shapes, including precision parts and large structural parts.
However, there are also some challenges and limitations associated with CNC Punching. For example, CNC machine tools are expensive to purchase and maintain, and require professional technicians to maintain them. In addition, CNC machining has high requirements for operators, requiring certain programming and machine operation skills. For operators with no relevant experience, it may take time and effort to learn and master these skills.