Laser module with standardized modules, and laser marking instrument

Abstract

The invention provides a laser module with standardized modules, and a laser marking instrument. At least one processing plane is arranged on the side wall of the laser module; the processing plane is arranged on a datum plane and is in close fit with the datum plane; and a light plane emitted by the laser module is parallel with or vertical to the processing plane. A plane subjected to precise processing is arranged on an existing cylindrical laser module, the precise processed plane of the improved laser module is arranged on a specific station, such as a precisely horizontal platform and a group of targets established on the basis of a horizontal position, and the light plane emitted by the laser module is precisely parallel with or vertical to the precise processed plane through adjustment, so the station cost and the adjustment cost during the production of the laser marking instrument are greatly reduced, the existing complex spatial index adjustment is changed into simple single index adjustment, implementation of adjustment by an intelligent mechanical arm is facilitated, and automatic production is realized.

Description

technical field [0001] The invention relates to the technical field of laser line markers, in particular to a laser module of a standardized module and a laser line marker with the laser module. Background technique [0002] Laser line markers are widely used in the determination of horizontal and vertical reference planes, top-to-top and ground-to-ground reference points in engineering, architectural decoration, and mechanical processing. In existing laser marking instruments, the visual laser line is a light plane at a certain angle formed by the laser beam irradiating on a cylindrical mirror and refracted by the cylindrical mirror. Due to the differences in installation and debugging between individuals, the current laser module cannot be directly and accurately positioned by the extremely shape mechanism. After being installed on the movement, it needs to adjust the process to achieve the required index work. [0003] The adjustment work is to observe the position of th...

AI Technical Summary

Problems solved by technology

Due to the differences in installation and debugging between individuals, the current laser module cannot be directly and accurately positioned by the extremely shape mechanism. After being installed on the movement, it needs to adjust the process to achieve the required index work.

[0003] The adjustment work is to observe the position of the laser line on the target in all directions according to the position and function of each laser, and adjust the laser module through multiple screws to make it reach the required index. This process is also due to the Due to inherent structural problems, the debugging process needs to be adjusted twice for each laser module. This debugging method is very cumbersome and complicated.

As a result, the adjustment cost of the laser marking instrument in the industry is very high, and it is also difficult to realize automated mass production

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