Ceramic laser material distribution method and ceramic laser printing material distribution device

Abstract

The invention provides a ceramic laser material distribution method and a corresponding material distribution device. The method comprises the following steps of arranging more than two ceramic pattern material distribution working stations which are sequentially connected, wherein when the material is distributed on each ceramic pattern material distribution working station, irradiating laser to the light sensitive surface of an electriferous powder material distribution device which is used for sucking powder material, so as to form a ceramic pattern; subsequently, enabling the powder material distribution device to suck the powder material; after the powder material is sucked, enabling the powder material distribution device to distribute the material onto a ceramic tile blank, and releasing the powder absorbed on the light sensitive surface onto the ceramic tile blank; after the material is distributed, enabling the powder material distribution device to return, and repeating the material distribution action of the previous working station on the next ceramic tile; meanwhile, when the material is distributed on the next adjacent ceramic pattern material distribution working station, repeating the action. Compared with the prior art, the method has the advantages that the ceramic laser printing type material distribution method is adopted, so the quality of the ceramic tile product and the pattern effect are obviously improved, and the obvious economic benefit is realized.

Description

technical field [0001] The invention relates to the technical field of ceramic production, in particular to a ceramic laser material distribution method and a ceramic laser printing material distribution device. Background technique [0002] At present, in the production process of ceramic buildings, inkjet printing technology is used to make ceramic fabrics. Its working principle is that the lubricated fine ink droplets adhere to the surface of the medium to form graphics after being heated by the nozzle at high temperature; but in the production of architectural ceramics, it is mainly used The current inkjet printing is thermal inkjet printing, its disadvantage is that the ink will be heated during use, and the ink is prone to chemical changes at high temperatures, and its properties are unstable, so the authenticity of the printed colors will be affected to a certain extent; On the one hand, since the ink is ejected through air bubbles, the directionality and volume of th...

AI Technical Summary

Problems solved by technology

[0002] At present, in the production process of ceramic buildings, inkjet printing technology is used to make ceramic fabrics. Its working principle is that the lubricated fine ink droplets adhere to the surface of the medium to form graphics after being heated by the nozzle at high temperature; but in the production of architectural ceramics, it is mainly used The current inkjet printing is thermal inkjet printing, its disadvantage is that the ink will be heated during use, and the ink is prone to chemical changes at high temperatures, and its properties are unstable, so the authenticity of the printed colors will be affected to a certain extent; On the one hand, since the ink is ejected through air bubbles, the directionality and volume of the ink particles are difficult to grasp, the consumables are relatively expensive, the nozzles are easy to be blocked, and the failure rate is high

Images