Ultra-thin glass jet-printing jig and process method thereof

Abstract

The invention discloses an ultra-thin glass jet-printing jig. The jig comprises a jig body, wherein the jig body comprises a locating jig, jig plates, carrying platforms, heating plates and locating pieces; the locating jig comprises an outer frame, a plurality of vertical locating columns, a transverse locating column and a plurality of mounting sheets arranged at the two sides of the outer frame, and the vertical locating columns are symmetrically distributed at the two sides of the transverse locating column and divide the two sides of the transverse locating column in the outer frame intoa plurality of working areas; and a plurality of grooves matched with the carrying platforms are formed in the jig plates, a plurality of through holes are formed in the grooves, the jig plates are arranged on the upper portions of the working areas, the heating plates are arranged on the lower portions of the jig plates in the working areas, and a plurality of vent holes matched with the throughholes are formed in the carrying platforms. According to the jig, the jig plates and the carrying platforms are arranged, the prefabricated jig plates and carrying platforms are mounted on the locating jig during printing, and glass of different sizes can be printed conveniently by adopting the modular form.

Description

Technical field[0001]The present invention relates to the field of cover glass processing, and is specifically a ultra-thin glass printing fixture and a process method thereof.Background technique[0002]With the improvement of people's living standards, glass and its products play a considerable role in industrial and daily life, various glass decorations and colorful glass art products, can beautify the living environment, giving people a beautiful enjoyment. Under the promotion of the market economy, the application of glass is broad, and color and pattern requirements are increasingly rich. Common glass printing is usually used in the way, the printing effect is not ideal, and the fixation of the glass is not ideal in printing, affecting the quality of the printing.[0003]Ultra-thin glass is a glass that is popular in the bending mobile phone market in the market. The flexibility of the glass itself is better, and the future will develop in other fields, because the glass itself is...

AI Technical Summary

Problems solved by technology

Common glass printing usually adopts the method of screen printing, the printing effect is not ideal, and the fixing effect of glass during printing is not ideal, which affects the quality of printing

[0003] Ultra-thin glass is a kind of glass thinner than the diameter of a hair that has become popular in the bending mobile phone market in recent years. The flexibility of the glass itself is good, and it will be developed in other fields in the future. Because the glass itself is too thin, the traditional Screen printing cannot print ink on ultra-thin glass, and cannot guarantee the printing quality of ink

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