Auxiliary device for light path standard and angular adjustment and use method thereof

Abstract

Disclosed are an auxiliary device for a light path standard and angular adjustment and a use method of the auxiliary device. The auxiliary device for the light path standard and the angular adjustment comprises a lifting pedestal, a standard platform, a sliding rail, a double-light-hole light path standard module, a standard light source and a high-accuracy rotation angle gauge. The standard platform is placed on the lifting pedestal and capable of achieving adjustment of lifting and pitching. A series of regular locating holes are formed in the standard platform and respectively used for fixation of the sliding rail and the double-light-hole light path standard module. The standard light source and the high-accuracy rotation angle gauge are placed on the sliding rail. The auxiliary device for the light path standard and the angular adjustment has the advantages of being simple in structure, convenient to operate and high in accurate. Position locating and the angle adjustment in a laser light path of an optical lens can be rapidly and conveniently achieved. Therefore, complex light path debugging of a laser, particularly a laser amplifier, is achieved, and output performance of the laser is improved.

Description

technical field [0001] The invention relates to a laser, in particular to an auxiliary device for optical path reference and angle adjustment and its use method, which has wide application prospects in the development and assembly of lasers. Background technique [0002] Lasers have the advantages of good directivity, high monochromaticity, and strong brightness. They are widely used and gradually form a huge industrial chain, which directly promotes the rapid development of modern industry and changes the way of life of human beings. At present, laser technology is widely used in laser communication, laser medical treatment, laser processing, new energy and military aerospace and other fields. The rapid development of laser application technology has put forward higher requirements for laser technical indicators such as energy, power and beam quality, and the improvement of laser technical indicators must be accompanied by the increase in the scale of laser devices and the ...

AI Technical Summary

Problems solved by technology

[0003] At present, the methods usually used for laser optical path debugging and optical device assembly and adjustment mainly rely on the experience of engineering personnel for debugging, which is often subjective and brings large adjustment errors, which inevitably leads to poor performance of optical path adjustment of laser devices. Good, affect the output performance of the laser

At the same time, relying on the experience of engineers to install and adjust optical devices puts high demands on engineers, and the installation and adjustment of optical paths and optical devices are not repetitive, which will inevitably bring more workload and lead to a decrease in the overall efficiency of installation and adjustment.

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