How can nut punch die be improved to reduce production cost more
Flange blanking die, hit a stamping die, die, die handle on everything, and the mold base, the mold base on the profile Settings are trimming punch and mold base on the situation and trimming the position of the punch corresponding set of trimming die, a product of the trimming punch profile Settings on the positioning convex sets, Shanghai nut flush rod mold base on the summary and against trimming punch symmetric set has two waste cutter, waste cutter blade is the most high is lower than the general situation of the on the trimming punch;A punching board is arranged in the hole of the edge cutting die, and a punching rod is arranged on the punching board. The upper end of the punching rod is adjacent to the die handle through the punching spring.The product layout is simple, Qingdao nut punching rod positioning accuracy is high, the product quality is good, the workpiece and the flange is cut out of the product convenient, improved the effectiveness of things.
Flange drawing plastic blanking die, hit a stamping die, everything on the mold base and mold base, the mold base on the profile Settings are plastic trimming punch, plastic products of trimming punch set on trimming blade, mold base on the general situation and plastic trimming punch corresponding to the location of the set with plastic trimming die, plastic trimming die of the concave die hole set has a bar, jinan nut blunt rods play is expected to bottom adjacent pressure plate, pressure plate can slide relatively concave die, a material rod through the process of rubber cushion adjacent to end on mold base inside;The upper profile of the lower die base is closely attached to the trimming edge punch. There are two waste cutters symmetrically arranged. The maximum height of the cutting edge of the waste cutter is lower than that of the trimming edge punch.This product can complete the shaping and trimming of the workpiece after deep processing at the same time, which stops the repeated positioning between the two processes, reduces the positioning deviation, lowers the yield, improves the efficiency of production, and lowers the production cost.