Full-automatic glass screen printing equipment

Abstract

The invention discloses full-automatic glass screen printing equipment. The full-automatic glass screen printing equipment comprises a cleaning and drying box, a screen printing box and a drying box,wherein a lead screw passes through a through hole formed in a limiting rod; an ink scraping knife is fixedly arranged in the fixed base; an ink returning knife is fixed on one side, away from a handle II, of a threaded rod II; a clamping device comprises a base; fixed columns are connected with support columns through springs; buffer pads are arranged on magnetic blocks; glass is clamped betweenthe buffer pads; and electronic suction discs are arranged on the inner side walls, close to the magnetic blocks, of an inner cavity of the screen printing box. The invention provides the full-automatic glass screen printing equipment, the operations of cleaning, drying, screen printing and drying can be automatically carried out, and by adopting the cleaning and drying box before screen printing,the cleanliness of the glass can be ensured, and the screen printing effect cannot be affected by dirt, impurities and the like; due to the built-in clamping device, deviation of the glass in a screen printing process is avoided; and due to the drying box, the glass subjected to screen printing can be instantly dried, paste version is prevented, and the screen printing quality can be promoted onmany aspects.

Description

technical field [0001] The invention relates to the technical field of glass processing, in particular to a fully automatic glass screen printing equipment. Background technique [0002] In the glass processing industry, for the sake of the beauty of the glass, it is often necessary to print various patterns on the glass surface to enhance the decorative effect of the glass. The existing common practice is to use glass screen printing equipment for printing. Before glass screen printing, it needs to be cleaned. Drying treatment, if the glass is not printed immediately after cleaning, it will be polluted again. At the same time, it is necessary to prevent fingerprints from adhering to the printing surface when handling the glass, otherwise pinholes will be formed and affect the silk screen printing effect; during the silk screen printing process, It is necessary to precisely position the glass to ensure the accuracy of the silk screen printing position; after the silk screen ...

AI Technical Summary

Problems solved by technology

[0004] However, there are still obvious defects in its use: 1. There is no device for cleaning and drying the glass before silk screen printing. If the glass is not printed immediately after cleaning, it is easy to be damaged by tiny particles in the air and in the handling process. Therefore, the glass needs to be cleaned and dried again before silk screen printing, otherwise it is easy to form pinholes on the glass and affect the silk screen printing effect; 2. Lack of drying device, the screen printing pattern on the glass after silk screen printing has not been completely air-dried Stable, if it is handled randomly at this time, it will easily cause paste, so the glass needs to be dried immediately after silk screen printing; 3. Lack of a device for positioning the glass, which cannot prevent the glass from shifting during the silk screen printing process

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