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- Contact Person : Mr. zoe Zhang
- Company Name : Shenzhen Maxphotonics co.,ltd
- Tel : 86-755-86261842
- Fax : 86-755-86261842
- Address : Guangdong,Shenzhen,Maxphotonics Industrial Park, Third Furong Road Furong Industrial Area.
- Country/Region : China
- Zip : 518100
MaxPulse Pulsed Fiber Laser For Laser Precision Machining Solutions
Product Detailed
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Maxphotonics Co.,Ltd is a professional manufacturer and supplier of various laser equipment which is of high quality, high speed, high power and high performance. If you are looking for maxpulse pulsed fiber laser for laser precision machining solutions, we must be your best choice as we now have such product for sale. Welcome to get low cost small, portable, mini or desktop equipment service at competitive price with us.MaxPulse Pulsed Fiber Laser for Laser Precision Machining SolutionsMaxphotonics Pulsed Fiber Laser, including MFP-50, MFP-70 and MFP-100, is designed to meet the requirements of laser precision processing of different types of technology and processing accuracy. This highly integrated design, cost-effective, high processing quality, high stability of the product, is the best weapon used in laser precision machining.Main Features:MaxPulse series pulse high power fiber laser with narrow pulse width and high peak power is suitable for precision machining of stainless steel, copper, aluminum and other materials with small thermal deformation and high machining precision. Its compact structure, easy system integration.Products Specifications:ParametersUnitDataDataDataModelMFP-50MFP-70MFP-100Central Wavelengthnm1064±41064±41064±4PolarizationRandomRandomRandomOutput PowerW5070100Laser Beam Qualitym2<1.2<1.2<1.2Output Power Stability (t>5h)%<3<3<3Power Tunable Range%5~1005~1005~100Fiber Lengthm3~53~53~5CoolingAir CoolingAir CoolingAir CoolingOperation Temperature℃0~400~400~40Storage Temperature℃-10~60-10~60-10~60Application of MaxPulse fiber laser:Laser drillingLaser drilling is a non-contact precision, flexible drilling process, in the aerospace, automotive, medical, watches and other industries have a wide range of applications. Hole size, taper, wall smoothness is an important indicator of the evaluation of drilling process.Hole internal diameter: 0.1 mmLaser: The MaxPulse 100W pulsed fiber laserDrilling effect: smooth wall, hole edge without burns Dial Laser DrillingLaser cleaningLaser cleaning, is the use of high-energy laser beam irradiation surface of the workpiece, so that the surface of the rust stains or coating evaporation instantaneous evaporation or stripping in order to achieve clean the process. Laser cleaning is widely used in mold cleaning, laser rust, cultural relics cleaning, weapons cleaning and so on.Laser: Maxphotonics Laser MaxPulse 50W pulsed fiber laserCleaning effect: clean, uniform, neat edge, no burns. Battery pole pieces Laser CleaningLaser etchingThe traditional chemical etching method is the use of chemical solution corrosion and other methods to remove the workpiece surface layer, Laser etching through high-energy-density laser to remove the surface material,it is a green, highly efficient etching process, in the electronics, communications and other industries are widely used.Laser: Maxphotonics MaxPulse 50W pulsed fiber laserEtching effect: clear etching, neat edge. Nameplate Laser EtchingLaser precision cuttingElectronics, communications and other industries have higher cutting quality requirements. Lower heat input helps to achieve higher cutting accuracy. The use of MAX pulse high power fiber lasers, with high-speed galvanometer system, stainless steel and other materials can achieve high-speed precision cutting.Laser: Maxwell Laser MaxPulse 70W pulsed fiber laserCutting effect: neat cutting edges, no carbonation Battery pole laser cuttingLaser precision processing generally refers to the material thickness of 1mm or less, the processing size in the micron-level processing technology. Compared with the laser welding / cutting of large-size workpiece machining, laser precision machining often requires very low heat input and minimal deformation, which put forward higher requirements to lasers, optical systems and control systems , laser beam dimensions also need to be controlled at the micron level.
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