Application method of laser bronzing technology on bamboo tea tray

Abstract

The invention relates to an application method of a laser bronzing technology on a bamboo tea tray, characterized by comprising the following steps: logging in the burning interface of the software of a laser marking machine, editing patterns to be bronzed by the functions of the software or directly inputting pre-edited files in the software, adjusting the focus of a laser probe after the layout, and confirming the processing position and bronzing the tea tray.

Description

technical field [0001] The invention relates to an application method of laser embossing technology on bamboo tea trays. Background technique [0002] Laser marking machine is a high-tech product integrating laser technology, computer technology and precision machinery technology, with high-tech content, high added value and broad application market. Metal and non-metal, including ceramics, bakelite, plexiglass, plastic and paper, etc., are marked with various characters, patterns and barcodes on materials, but their application on bamboo tea trays is rare. Traditional bamboo tea tray hot stamping mostly uses chemical heat transfer or mechanical heat transfer. Chemical heat transfer uses chemicals to corrode the heat transfer on the surface of bamboo trays, which is easy to cause chemical pollution; mechanical heat transfer technology is widely used in the printing industry. At present, clothing Hot embossing and metal photos also use mechanical heat transfer, which is easy...

AI Technical Summary

Problems solved by technology

Traditional bamboo tea tray hot stamping mostly uses chemical heat transfer or mechanical heat transfer. Chemical heat transfer uses chemicals to corrode the heat transfer on the surface of bamboo trays, which is easy to cause chemical pollution; mechanical heat transfer technology is widely used in the printing industry. At present, clothing Hot embossing and metal photos also use mechanical heat transfer, which is easy to learn but difficult to master. The image is output on the transfer paper, and then transferred to different materials with appropriate temperature and pressure. It seems simple, but it is not. The failure rate of painted products is high, and the heat transfer effect is not good

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