GZTECH GM Series 100W-300W Medium-High Power MOPA Pulsed Fiber Laser

This is GZTECH’s GM Series MOPA pulsed fiber laser (including models YFPN-100/120/200/300-GM), covering 100W-300W power output. It features high repetition rate, narrow pulse width, stable performance, and strong compatibility, making it ideal for fine marking, micromachining, and other scenarios.

Product Features

• Medium-High Power MOPA Architecture: Adopts a medium-high power MOPA fiber laser design, supporting 100W-300W output to meet diverse processing needs.
• Wide Adjustable Parameters: Repetition rate ranges 1-3000kHz and pulse width 2-500ns, allowing flexible adaptation to different material processing processes.
• High Beam Quality: Beam quality M² <1.6 ensures focused laser spots, delivering consistent precision in processing.
• Stable Output with Low Fluctuation: Output power uncertainty <5% guarantees stable performance for batch production scenarios.
• Convenient & Compatible Design: Air-cooled + pull-out frame structure with universal control interfaces, enabling easy integration into various laser processing equipment.

Technical Parameters

Application

• High-efficiency micromachining
• Surface treatment
• Resistor trimming
• 3C welding
• Foil cutting
• Oxide layer black marking
• 3C marking
• Nanopore engraving
• Glass marking

FAQ

• Can the pulse width and repetition rate of this laser be adjusted?

  Answer: Yes. The pulse width ranges 2-500ns and repetition rate 1-3000kHz, which can be flexibly adjusted to match different processes.
• What is the advantage of beam quality M² <1.6?

  Answer: High beam quality means more focused laser spots and higher processing precision, suitable for scenarios like fine marking and micromachining.
• Is the cooling method air-cooled or water-cooled?

  Answer: The entire series uses air cooling, paired with a pull-out frame design for easier installation and maintenance.
• What control interfaces are supported?

  Answer: It is equipped with universal control interfaces, compatible with the control systems of mainstream laser processing equipment.
• Does the power difference between models affect application scenarios?

  Answer: Yes—100W/120W models are suitable for light processing, while 200W/300W models fit high-energy-demand scenarios like micromachining and welding.