Discussion on the optical path structure design of the multi-joint CO2 laser light guide arm

The optical path design of the multi-joint CO2 laser light guide arm is the core technology of the light guide arm. The more joints, the greater the difficulty. How to design a good laser light guide arm optical path structure is what every light guide arm manufacturer must think about The problem, Shijiazhuang Jinghang Laser Technology Co., Ltd. is no exception. As a professional entity enterprise with carbon dioxide laser as the research direction, Jinghang Laser has produced k9 reflective lenses, silicon reflective lenses, zinc selenide focusing lenses, zinc selenide spectroscopic lenses, which are necessary for laser light guide arms, to make multi-joint carbon dioxide lasers. The light guide arm prepared the conditions and cleared many obstacles. It also produced a 40w co2 laser tube dedicated to medical beauty, creating conditions for the design of multi-joint carbon dioxide laser light guide arms. In the production and design of the multi-joint carbon dioxide laser light guide arm, the precision of the cardan shaft and joints has to be considered, which determines the precision of the light guide light path of the light guide arm. At present, Jinghang Laser can design and produce 7-joint CO2 laser light guide arms. High degree of freedom, high precision, no dead angles, and no wall collision are the characteristics and advantages of 7-joint light guide arms. The official website of Jinghang Laser has saved many development achievements of Jinghang Laser, and you are welcome to read them. Jinghang Laser is designing and producing 8-joint light guide arm, striving to solve this problem in the near future.