Full-automatic embossing machine

Abstract

The invention discloses a full-automatic machine which comprises an embossing machine body and a plurality of clamps used for locating the embossing machine body. The embossing machine body is arranged on table boards, an operating rail of the embossing machine body is arranged on the table boards, the number of the table boards is plural, and the table boards are arranged side by side and connected through turning systems, a shifting car and turning rails of the shifting car are arranged on the turning systems, the shifting car is used for shifting the embossing machine body, a signal emission device is arranged on the shifting car, the turning rails are rectilinear rails and perpendicular to the plane of the table boards, and included angles of 90 degrees are formed between the turning rails and the table boards. The full-automatic machine has the advantages of being high in automation degree and capable of enlarging product category, improving efficiency for dozens of times, improving product quality, reducing labor intensity and reducing production cost and complexity of labor.

Description

technical field [0001] The invention relates to a printing machine, in particular to a fully automatic printing machine, which belongs to the field of printing machines. Background technique [0002] Traditional manual screen printing not only has high technical content and high operation requirements, but also has high work intensity and high investment. The manual operation characteristic of traditional manual screen printing has become the bottleneck of its development. Although there are a variety of screen printing equipment on the market, the scope of application has always been controversial, and the limitations are relatively large, including the printing area. , material, capacity, power consumption and many other factors. Take clothing printing as an example. At present, it mainly relies on manual single-chip printing and manual scraping. The labor intensity is high and the product quality is unstable. The existing mechanical printing equipment such as oval printi...

AI Technical Summary

Problems solved by technology

Take clothing printing as an example. At present, it mainly relies on manual single-chip printing and manual scraping. The labor intensity is high and the product quality is unstable. The existing mechanical printing equipment such as oval printing machines can only handle small products. The product variety is single. At present, most of the table printing machines on the market use a combination of rack and pinion or a synchronous belt. Most of them can only do simple reciprocating linear motion, and some can be added with a turning system but not Using circular turning, large turning radius, occupying space

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