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GZTECH GM Series 500W-1000W High-Power MOPA Pulsed Fiber Laser
This is GZTECH’s high-power MOPA pulsed fiber laser, available in 500W and 1000W models. It features high beam quality and a wide pulse width range, making it ideal for high-energy processing scenarios in the power and lithium battery industries. It delivers stable output and excellent electro-optical conversion efficiency.
Product Features
- High-Power MOPA Architecture: Supports 500W/1000W power output, serving as a core device for high-energy processing in the power and lithium battery industries.
- Superior Beam Quality: Beam quality M² ≤1.8 ensures strong focus, suitable for fine processing and high-energy density scenarios.
- Wide Adjustable Parameters: Repetition rate ranges 1-4000kHz, and the pulse width of YFPN-500-GM spans 20-500ns, enabling flexible adaptation to different material process requirements.
- High-Efficiency Output: Electro-optical conversion efficiency is increased by 20%, paired with stable operation design to reduce long-term energy consumption.
- Multi-Scenario Compatibility: Suitable for industrial applications such as power cladding and lithium battery design, and compatible with mainstream processing equipment integration.
Technical Parameters
Application
- Power cladding
- Lithium battery design
- Purification
- High-speed scribing
- Laser cleaning
- Aluminum-copper welding
- Battery welding
- Mold cutting
- Oxidation treatment
FAQ
What is the adjustable range of repetition rate and pulse width for this laser?
Answer: The repetition rate ranges 1-4000kHz, and the pulse width of YFPN-500-GM can be adjusted between 20-500ns, adapting to different process needs.
What is the advantage of beam quality M² ≤1.8?
Answer: High beam quality means a more focused laser spot, which maintains processing precision under high-power output—ideal for scenarios like fine cladding and welding.
Is there a difference in cooling methods between the 500W and 1000W models?
Answer: Yes—YFPN-1000-GM uses water cooling, while the cooling method for YFPN-500-GM is not specified and should be confirmed with the actual device.
What is the practical benefit of the 20% increase in electro-optical conversion efficiency?
Answer: It reduces equipment energy consumption, lowers heat dissipation pressure, and improves long-term operation stability.
Which industry scenarios is it mainly suitable for?
Answer: It is primarily adapted to power cladding and lithium battery processing, and can also be used in industrial scenarios like aluminum-copper welding and laser cleaning.
