A combined automatic punching machine system and its semi-interrupted continuous punching method

Abstract

The invention provides a combined automatic punching system and a half-broken continuous punching method thereof. The combined automatic punching system comprises a roll feeder, a numerical control automatic punch press, and a numerical control cutter, which are orderly connected, wherein the roll feeder conveys a raw material to the numerical control automatic punch press; the numerical control automatic punch press punches and conveys the material to the numerical control cutter, and then the numerical control cutter cuts the raw material and automatically stacks the raw material. By technique improvement, the original expanding-type processing mode is changed into a mechanical rolling-type processing mode to carry out an automatic operation, and the combined automatic punching system is faster in production speed and higher in efficiency. Meanwhile, more accurate half-broken punching mode is adopted, and an auxiliary layer is kept intact just by cutting off a necessary layer of the raw material, so that the finished products are regularly arranged, and only necessary layer is selected in use. Therefore, the combined automatic punching system is convenient and fast; the situation that original single products abrade with one other, resulting in quality reduction is also avoided, and excellent quality of the finished products is guaranteed.

Description

technical field [0001] The invention relates to the technical field of FPC material processing, in particular to a combined automatic punching system and a half-cut continuous punching method thereof. Background technique [0002] In the shape processing process of the reinforcement board and the shape processing process of the adhesive tape produced by FPC, the conventional processing method is to use a knife mold or a metal mold to cut, and to process the reinforcement board and the adhesive tape. With the development of production, more and more defects have been exposed in conventional methods. For example, manual processing is required, so the speed is greatly affected by human factors, resulting in slow speed and low production efficiency (500-800 At the same time, it is difficult to accurately adjust the punching depth in conventional production, so full-cut punching can only be used, that is, all layers of raw materials (necessary layers and auxiliary layers) are cut...

AI Technical Summary

Problems solved by technology

With the development of production, more and more defects have been exposed in conventional methods. For example, manual processing is required, so the speed is greatly affected by human factors, resulting in slow speed and low production efficiency (500-800 At the same time, it is difficult to accurately adjust the punching depth in conventional production, so full-cut punching can only be used, that is, all layers of raw materials (necessary layers and auxiliary layers) are cut off, which leads to Reinforcing boards and gummed paper will form scattered items after die-cutting, which is not conducive to storage and inconvenient to take during use, and the foreign matter produced by friction between items will also lead to a decrease in the quality of the finished product, bringing here comes production loss

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