Pulse Fiber Laser

Q-switch series pulsed fiber laser is designed based on Q-switch oscillator and MOPA,offer a varietymodels from 30X to 50X. The laser is transmitted by fiber and isolator,and is controlled through a 25-pin interface. The Q-switched pulse fiber laser issuitable for intergration, and could meet the requirements of plastic marking, metal marking, engraving, coating removal,fine cutting, drilling, etc. (Support door to door service)

Q-switch series pulsed fiber laser is designed based on Q-switch oscillator and MOPA, offer a variety models from 30X to 50X. The laser is transmitted by fiber and isolator, and is controlled through a 25-pin interface. The Q-switched pulse fiber laser is suitable for intergration, and could meet the requirements of plastic marking, metal  marking, engraving, coating removal,fine cutting, drilling, etc. (Support door to door service)

The MFPT-500W MOPA fiber laser is one of the cutting-edge products of Maxphotonics, which is constructed with a main oscillator and a high power fiber amplifier (MOPA).Multiple power options and compact structure. Easy to operate, overall maintenance free, can be directly integrated into user equipment. A periodic pulse sequence with a wavelength of about 1060 nm and a peak power of more than 250 KW is used. The operating parameters of the laser are set by the 25Pin control interface, and the special controller of the customer can be used for the handheld laser. Mainly used in laser cleaning. (Support door to door service)

The 20-100W Q-Switched Pulse Fiber Laser Series developed by Raycus is the industrial marking and micromachining laser. This series pulse laser has high peak power, high single-pulse energy and optional spot diameter and can be widely applied in the fields, such as marking, precision processing, graphic engraving of non-metal, gold, silver, copper and aluminum with altitude stress resistance, stainless materials without altitude stress resistance. Its marking process features lower cost and more stable performance compared with traditional laser. (Support door to door service)

The 20-100W Q-switched pulsed fiber laser series developed by Raycus Laser  is an industrial marking and micro-processing laser. This series of pulsed  lasers has the characteristics of high peak power, high single pulse energy,  and optional spot diameter. It can be widely used in non-metallic,  high-altitude stress-resistant gold, silver, copper, aluminum, and  stainless steel materials that are not resistant to altitude. Marking, precision processing, graphic engraving and other fields. Compared with traditional lasers, its marking process has lower cost and more stable performance. (Support door to door service)

The 20-100W Q-switched pulsed fiber laser series developed by Raycus Laser  is an industrial marking and micro-processing laser. This series of pulsed  lasers has the characteristics of high peak power, high single pulse energy,  and optional spot diameter. It can be widely used in non-metallic,  high-altitude stress-resistant gold, silver, copper, aluminum, and  stainless steel materials that are not resistant to altitude. Marking, precision processing, graphic engraving and other fields. Compared with traditional lasers, its marking process has lower cost and more stable performance. (Support door to door service)

The 20-100W Q-switched pulsed fiber laser series developed by Raycus Laser  is an industrial marking and micro-processing laser. This series of pulsed  lasers has the characteristics of high peak power, high single pulse energy,  and optional spot diameter. It can be widely used in non-metallic,  high-altitude stress-resistant gold, silver, copper, aluminum, and  stainless steel materials that are not resistant to altitude. Marking, precision processing, graphic engraving and other fields. Compared with traditional lasers, its marking process has lower cost and more stable performance. (Support door to door service)

This series pulse laser has high peak power, high single-pulse energy and optional spot diameter and can be widely applied in the fields, such as marking, precision processing, graphic engraving of non-metal, gold, silver, copper and aluminum with altitude stress resistance, stainless materials without altitude stress resistance. Its marking process features lower cost and more stable performance compared with traditional laser. (Support door to door service)