Anti-fingerprint spraying coating equipment with incoming material cleaning function

Abstract

The invention discloses anti-fingerprint spraying coating equipment with an incoming material cleaning function. The equipment comprises two main parts including the slab cleaning part and the spraying coating part; the slab cleaning part comprises a rack, a conveying mechanism, a hairbrush cleaning device, a sprinkling device, an air drying device, a water pump and a high-pressure draught fan; the spraying coating part comprises a plasma device, a spraying device, a servo driving mechanism, an electronic scale, an agent tank, trundles and tumblers. The spraying equipment can conduct incomingmaterial cleaning on a product, and has the advantages that the automated degree is high, the production yield is high, the labor is saved, the product performance is stable, and product jigs are saved. Modularized design is adopted for all the parts of the equipment, and the equipment can be flexibly assembled according to the production process demands and site planning.

Description

technical field [0001] The invention belongs to anti-fingerprint spray coating equipment, in particular to an anti-fingerprint spray coating equipment including cleaning of incoming materials. Background technique [0002] Before the production of anti-fingerprint spraying, glass products are often subject to various pollutions. Anti-fingerprint spraying production is a nano-scale high-precision coating, and the micro and macro pollution of the glass surface will affect the stability of the film layer. In the existing production, glass products are generally sprayed and coated after flat plate cleaning or ultrasonic cleaning, which will cause waste of production. After the glass is cleaned, it is necessary to use a glass fixture to transfer the product to the spray coating equipment, which requires manpower to operate, and may cause secondary pollution during the transfer process. [0003] Therefore, be necessary to invent a kind of anti-fingerprint spray coating equipment...

AI Technical Summary

Problems solved by technology

In the existing production, glass products are generally sprayed and coated after flat plate cleaning or ultrasonic cleaning, which will cause waste of production

After the glass is cleaned, it is necessary to use a glass fixture to transfer the product to the spray coating equipment, which requires manpower to operate, and may cause secondary pollution during the transfer process

[0003] Therefore, it is necessary to invent a kind of anti-fingerprint spray coating equipment containing incoming material cleaning for continuous production, which is used to solve the current production waste

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