Laser material nicking machine capable of adsorbing and removing scraps

Abstract

The invention discloses a laser material nicking machine capable of adsorbing and removing scraps. The nicking machine structurally comprises a nicking tool rest, a sliding adjusting rod, an equipmentsupporting table, an intelligent control system and a glass fixing table. The equipment supporting table is horizontally installed on the ground. The sliding adjusting rod is in clearance fit with the equipment supporting table. The intelligent control system is nested on the surface of the equipment supporting table. The laser material nicking machine is provided with a chipping remover. An anti-collision structure promotes a glass cutter to stably get close to laser glass. Glass is prevented from being broken due to too high moving speed. Meanwhile, glass chips are removed thoroughly in a nicking process. Friction generated by the glass chips in the nicking process of the glass cutter is avoided. The glass nicking efficiency is improved, and meanwhile, abrasion of the glass cutter is reduced. The service life of the nicking machine is effectively prolonged.

Description

technical field [0001] The invention relates to laser material processing, in particular to a laser material marking machine for absorbing and removing debris. Background technique [0002] With the rapid development of society, the application range of laser equipment is becoming wider and wider, and laser glass is the main laser material in laser equipment. Before cutting laser glass, it is necessary to use a scoring machine to form scratches on the glass plate. Laser glass is divided and marked, but the current technical considerations are not perfect, and it has the following disadvantages: when the glass knife of the scoring machine is scoring the laser glass, glass debris will remain in the scoring groove. When the required scoring depth is large At the same time, the glass knife needs to roll back and forth to score, which will cause friction between the glass knife and the glass debris in the scoring groove during the back and forth scoring process, which not only re...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of society, the application range of laser equipment is becoming wider and wider, and laser glass is the main laser material in laser equipment. Before cutting laser glass, it is necessary to use a scoring machine to form scratches on the glass plate. Laser glass is divided and marked, but the current technical considerations are not perfect, and it has the following disadvantages: when the glass knife of the scoring machine is scoring the laser glass, glass debris will remain in the scoring groove. When the required scoring depth is large At the same time, the glass knife needs to roll back and forth to score, which will cause friction between the glass knife and the glass debris in the scoring groove during the back and forth scoring process, which not only reduces the efficiency of glass scoring, but also accelerates the wear of the glass knife, and thus Affect the service life of the scoring machine

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