An automatic laser cutting machine for glass processing

Abstract

The invention provides an automatic laser cutting machine for glass processing, which belongs to the technical field of laser cutting, and includes a processing table. The processing table is provided with a non-powered feeding area, a splicing processing transfer area, and a feeding area in sequence. The non-powered feeding area It is used to send materials to the transfer area for splicing processing. The transfer area for splicing processing includes two processing modes: fixed processing and movable processing. The transfer area includes the splicing transfer roller group, the positioning assembly, the central control panel, the lifting and fixing mechanism and the cutting auxiliary assembly. The automatic laser cutting machine for glass processing not only reduces the space required for loading and the work intensity of loading, but also increases the mode of cutting and processing. In the process of processing rectangular glass, by selecting the corresponding processing mode, it effectively shortens the The processing path of continuous corner cutting processing improves the processing efficiency of corner cutting processing accordingly.

Description

technical field [0001] The invention relates to the technical field of laser cutting, in particular to an automatic laser cutting machine for glass processing. Background technique [0002] Laser cutting has many advantages such as high precision, fast speed, and good cutting quality. There are many places to be improved and optimized. [0003] At present, in the process of glass processing, laser cutting machines are commonly used to automatically segment, block or cut corners in batches. The processing process is mainly to place the glass processing parts on the processing table and position them, and then use The laser cutting head cuts according to the preset path. The disadvantage of this process is that when the glass is continuously cut, the continuity of the cutting process of the laser cutting head is low, especially for the four corners of the rectangular glass. When performing corner cutting, affected by the distance between the corners, the laser cutting head i...

AI Technical Summary

Problems solved by technology

[0003] At present, in the process of glass processing, laser cutting machines are commonly used to automatically segment, block or cut corners in batches. The processing process is mainly to place the glass processing parts on the processing table and position them, and then use The laser cutting head cuts according to the preset path. The disadvantage of this process is that when the glass is continuously cut, the continuity of the cutting process of the laser cutting head is low, especially for the four corners of the rectangular glass. When performing corner cutting, affected by the distance between the corners, the laser cutting head is required to perform intermittent cutting, and the intermittent distance is long, which reduces the efficiency of corner cutting. Secondly, during the feeding process, due to The glass is usually placed at an angle before processing, so it is necessary to manually or mechanically change the glass from an inclined state to a horizontal state and then lay it flat on the roller conveyor belt when feeding. The disadvantage is that the space required for feeding is large. The work intensity is high. In addition, there is usually only one processing mode of the existing laser cutting machine, which is relatively simple.

Images