Transfer multi station punch

Transmission multi station punch cam series reduces labor force - one transmission multi station punch can replace many traditional single station punches. Reduce the cost of mold - adopt modular single mold design, use standard mold parts, and mold manufacturing is more economical. Due to the use of the workpiece monitoring system and this design, the degree of damage is reduced to Z low in the event of a die accident. Reduced technical requirements - some of the limitations of mold design and production are eliminated because the workpiece is transferred by a simple gripper instead of a step belt conveyor. Reduce the cost of mold development - because you can manually put the workpiece into any process for trial production: each station has a closed height adjustment. Multi station material reduction - the workpiece is transferred by the gripper (unlike the belt material transfer of the step-by-step mold, which requires a fixed hole position), so the bandwidth is reduced. In addition, double row blanking (nesting) saves more materials. Reduce downtime - each individual station mold can be easily taken out for repair or maintenance without affecting the adjacent mold. Reduce the number of semi-finished products - the number of semi-finished products is greatly reduced, and there is no need to store them; Because the material enters from the punch side. The finished part falls off the other side of the punch. Reduced operating procedures - no inspection and storage after each process, thus reducing damage. Since there are many stations, the hardening is reduced to Z low, and aging hardening does not exist; The annealing treatment can be omitted in most cases. Reduce maintenance - there is no need to add equipment for large molds, because the molds at each individual station are small and easy to take off from the punch.