Raycus 40kW CW Fiber Laser Source RFL-C40000M-CE for Ultra High Power Industrial Systems

RFL-C40000M-CE Raycus Fiber Laser Cutting Machine Source

The High-Power Global Series Multi-module CW Fiber Lasers developed by Raycus, with high electro-optical conversion efficiency, high light beam quality, high energy density, wide modulation frequency, high reliability, long service life, maintenance-free operation and advantages. The product can be widely applied in welding, precision cutting, melting and cladding, surface processing and other fields. Its optical output performance helps it better integrate with robots as a flexible manufacturing equipment to meet processing requirement.

• Average output power: 40000W
• Central wavelength: 1080±5nm
• Maximum modulation frequency: 2kHz
• Output power instability: ±1.5%
• Red laser power: 2-3MW
• Output connector: QP
• Output fiber core diameter: 100μm (customizable)
• Fiber Cable length: 30M(customizable)
• Beam quality BPP: 3.5~4.3mm.mrad
• Polarization state: random
  
• Input power: AC 380V±10%, Three Phase-four Wire Connect
• Power Consumption: 120KW
• Control mode: Hardwire/Analog/RS232/AD
• Power adjustment range: 10-100%
• Cooling method: water cooling
• Working temperature: 10-40℃
  
• Operating Ambient Humidity: 30～70%
• Dimension: 1145×1700×1410MM(handle included)
• Weight: 1100kg
• Package dimension&weight: 1650*1105*2080mm, 1310kg

The Raycus 40000W fiber laser source represents the ultra-high-power end of the Raycus continuous-wave fiber laser range, intended for industrial systems built around extremely high laser output.

A 40kW configuration is aimed at specialized production equipment where the laser source is no longer simply a component of a conventional cutting machine, but part of a complete high-power processing platform. This level of output can support system designs for demanding metal processing operations where power availability and industrial-scale processing capability are central considerations.

Raycus provides 40000W multi-module configurations for high-power industrial equipment. The modular architecture allows the laser source to be incorporated into advanced systems while giving machine manufacturers flexibility when designing the optical path and supporting infrastructure.

At this power level, selection should be made as a complete system decision. The laser source needs to be matched with an appropriate processing head, beam delivery arrangement, cooling system, electrical infrastructure and machine platform.

For machine manufacturers and industrial integrators developing ultra-high-power laser equipment, the Raycus 40000W platform provides a high-output foundation for specialized production applications.