The Competitiveness Of Domestic Laser Galvanometer Enterprises Is Enhanced

The laser galvanometer is a scanning galvanometer used in the laser industry, also known as a laser scanning mirror, which consists of an X-Y optical scanning head, an electronic drive amplifier, and an optical mirror. The scanning pattern of the laser galvanometer presents a two-dimensional effect, and the scanning pattern can be transformed by controlling the scanning frequency. The laser galvanometer is located in the upstream of the laser industry chain and is an important optical component of laser equipment. It is specialized in various laser processing fields and has a wide range of downstream applications.

The laser galvanometer has the advantages of extremely small inertia, extremely small load, and extremely fast response speed. It can be used in laser marking, laser engraving, laser cutting, laser welding, laser drilling and other laser processing fields, and can also be used in stage lighting. control, etc. Laser galvanometers can be widely used in 3C electronics, home appliances, instruments, medical equipment, automobiles, hardware, food packaging, 3D printing, glass ceramics, energy and other industries. With the continuous improvement of the recognition degree, the application scope of laser processing continues to expand, and the market prospect in the field of industrial processing is broad, which is beneficial to the development of the laser galvanometer industry.

Laser marking is one of the important application fields of laser galvanometers, which can be used for vector marking and dot matrix marking. Laser galvanometer marking is to use a high-energy density laser to irradiate a part of the workpiece to chemically change the surface material of the workpiece, so as to achieve marking. Laser galvanometer marking can print various characters, symbols and patterns, and has the advantages of fast response speed, high marking efficiency, good marking quality, and strong environmental adaptability. It is the mainstream laser marking method and also the future laser marking method. target development direction.