Drawing method of glass handicraft and product

Abstract

The invention discloses an imaging method of a glass handcraft article, which is characterized by comprising the following steps: (1) preparing and cleaning a glass handcraft article green body; (2) preparing fluid mixture comprising metal powder and organic solvent; (3) coating the fluid mixture on the surface of the green body to form a mixture coating layer; (4) scanning parts needing imaging on the green body by laser beams, and forming an image by hollowing. The invention also provides a product formed by the method. The invention has the advantages that the method can directly obtain images on the fluid mixture coating layer comprising the metal powder and the organic solvent, and the obtained images also contain the organic solvent, hazy images can be directly formed during light transmission, the artistic effects are good, the process flow is less, and the production efficiency is high; products provided by the invention have good artistic effects and are durable; the hollowing images are artistic and cannot be damaged easily.

Description

technical field [0001] The invention relates to handicraft manufacturing technology, in particular to a drawing method and products for preparing various glass or plastic handicrafts. Background technique [0002] At present, the existing plastic, glass handicraft and other product surfaces are usually obtained by coating and patterning on the coating layer. The method is generally to completely coat the product surface first, and then use printing, corrosion and other methods to form patterns. For example, China Patent Application No. 200610170656.3 discloses a vacuum coating equipment, method and finished product that utilizes laser patterns formed on the surface of the substrate, which mainly puts polycarbonate substrate or acrylic substrate into vacuum coating In the equipment, silicon oxide and titanium oxide are vapor-deposited on the surface of the substrate to form a coating layer, and then the evaporated substrate is printed to lay out a pattern layer on the other s...

AI Technical Summary

Problems solved by technology

This method cannot obtain hollow patterns quickly, accurately and environmentally friendly

[0003] In the existing laser etching technology, it generally directly imports the pattern data to etch, and melts or vaporizes the coating layer metal on the part where the laser beam passes, and the resulting pattern has good transparency. Under the lighting of candlelight or light, a clearer pattern effect can be obtained, but a more hazy and dreamy effect cannot be directly obtained

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