Full-automatic screen printer and screen printing control method for same

Abstract

The invention discloses a full-automatic screen printer which comprises a screen installation device, a scraper device, a positioning assembly, a control device and a walking drive device, wherein thea movable front screen-printing screen support and a movable rear screen-printing screen support (the front screen support is equipped with left and right supporting plates or a top plate which can be slid) are installed fixedly on the screen installation device, and a driving structure which can execute up-down actions of the screen installation device is disposed; the scraper device can be disposed above a screen on the screen installation device through back-forth sliding; and the control device controls the walking drive device to push the screen installation device to walk on a screen printing platform, and scrapping printing of the scraper device and ink returning are realized through positioning of the positioning assembly at a positioning code of the screening platform. A full-automatic printing structure disclosed by the invention has the beneficial effects that design is simple; equipment cost is low; cost for production and rebuilding is low; equipment running is stable; printing quality is high; screen printing efficiency is high; production cost of screen printing enterprises is greatly reduced; and with multiple adjustable structures, operations are simple, replacement and adjustment are quick, and applicability is extensive.

Description

technical field [0001] The invention relates to the field of screen printing equipment, in particular to an automatic screen printing machine and a screen printing control method thereof. Background technique [0002] Screen printing is a method of screen printing. It is often used in fabric printing to form images, text, etc. on the substrate by hanging ink on the screen printing screen. Most of the existing silk screen printing processes use manual printing. Due to the characteristics of screen printing, it is often necessary to print multiple times to complete the printing of a pattern. The printing workload is large. Manual printing is not only high in labor costs, but also low in printing efficiency. There are even cases where mistakes lead to unqualified printing quality, etc., and the overall production efficiency is relatively low, especially in the garment industry, where the clothing style update cycle is short, the printing patterns are diverse, and the screen pri...

AI Technical Summary

Problems solved by technology

Most of the existing silk screen printing processes use manual printing. Due to the characteristics of screen printing, it is often necessary to print multiple times to complete the printing of a pattern. The printing workload is large. Manual printing is not only high in labor costs, but also low in printing efficiency. There are even cases where mistakes lead to unqualified printing quality, etc., and the overall production efficiency is relatively low, especially in the garment industry, where the clothing style update cycle is short, the printing patterns are diverse, and the screen printing needs to be replaced many times, and the printing workload is heavy. Printing is obviously increasingly unable to meet the needs of existing silk screen printing

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