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Design and implementation of semiconductor laser power supplyIn order to improve the stability of the optical power output of the semiconductor laser and ensure the safe and reliable operation of the laser, the semiconductor laser power supply can be designed according to the following introduction. The main circuit of driving power adopts synchronous DC/DC mode, which has high output efficiency. The driving circuit can generate 200kHz trigger pulse, which can reduce the ripple of output current and ensure the stability of the output power of the laser.

Laser power supply is the energy of laser, it provides pumping energy to laser, control laser output strength and repetition frequency. Therefore, laser power supply is an essential part of laser. Its power and stability have direct influence on the corresponding performance of laser. The current output of a power box is designed according to the requirements of the pump module.

Why the laser is weak or has no laser outputWhether the focusing mirror is contaminated: Clean the focusing mirror.Whether the focal length of relief engraving machine equipment changes: readjust the focal length.Whether the optical path is offset: Adjust the optical path carefully.Whether the reflector is contaminated or damaged: Clean or replace the reflector.Whether the laser power supply is powered on: Check the power supply loop of the laser power supply to make it normal.Whether the laser tube is damaged or aged: Replace the laser tube.Whether the laser power supply is damaged: Replace t

Laser cutting machine maintenance and cleaning skillsLaser cutting is the laser beam irradiated to the workpiece surface through the release of energy to melt and evaporate the workpiece, in order to achieve the purpose of cutting and engraving process. With high precision, fast cutting, and not limited to the cutting pattern limit, automatic typesetting save materials, smooth incision, low processing costs, will gradually improve or replace the traditional cutting process equipment.

Carbon dioxide laser is a gas laser with CO2 gas as the main working substance (CO2: N2: He=1:7:20). The CO2 laser consists of a discharge tube, a resonator and an electrode. With the addition of a DC high voltage pump, the gas in the discharge tube emits light (the output wavelength is 10.6μm).

How to repair the failure of CO2 laser power supply?CO2 laser is widely used in laser engraving, laser cutting and other fields, mainly composed of luminescence system, motion system, control system. Next, our company will briefly introduce how to judge and troubleshoot the failure of CO2 laser power supply from the following two aspects.Laser has no laser output1. Check whether the laser tube itself is illuminated (test whether it is illuminated at the optical outlet of the laser tube). If it is illuminated normally, check whether the lens is damaged and the optical path is offset.2.

Development of CO2 laser power supplyCO2 laser power supply accompanied with the development of CO2 laser, the initial application in the 1970s, and later with the progress of technology, the application field continues to expand.

Handheld laser marking machine is an intelligent marking equipment widely used in modern industrial manufacturing processes. It can perform clearly visible marking on various material surfaces, with excellent marking effect and precise marking position.

　　Hand-held laser marking machine is an advanced laser equipment, which is widely used in various industries. It uses laser technology for lettering, marking and engraving, which has many unique advantages. This article will introduce the advantages of hand-held laser marking machine in detail, and its application in different fields.　　The first advantage of handheld laser marking machine is high precision. It is focused by a laser beam and finely imprinted on the surface of various materials.

　　The galvanometer calibration of the laser marking machine is one of the key steps to ensure the accurate and efficient operation of the marking machine. The galvanometer is one of the core components of the laser marking machine, and its angle and position accuracy directly affect the quality and accuracy of marking.