Raycus RFL-C6000M-HP HP-Series CW Fiber Lasers

Raycus RFL-C6000M-HP is a 6000W multi-module continuous fiber laser of Raycus Laser HP series, with the following features:

Optical characteristics: average output power is 6000W, central wavelength is 1080±5nm, maximum modulation frequency is 5kHz, output power instability is ±1.5%, with red light indication.

Output parameters: output connector is QBH (customizable), output fiber core diameter is 100μm (customizable), beam quality BPP≤4mm*mrad, polarization state is random, output fiber length ≤20m.

Electrical and control: input power is 360 - 510V AC, three-phase four-wire connection is adopted. Control methods include Ethernet, DeviceNet, Profinet, Profibus (customizable), etc., and the power adjustment range is 10%-100%.

Mechanical and heat dissipation: The size is 900×980×1090mm (including handle), the weight is less than 360kg, the heat is dissipated by water cooling, and the operating temperature is 10-40℃.

Performance advantages: It has high electro-optical conversion efficiency (≥38%), maintenance-free operation, wide modulation frequency range, multiple anti-high-reflection mechanisms, high safety standards, meets CE and PLD certification requirements, has intelligent monitoring capabilities, can monitor visible light, reflected light and leakage light signals, and control the laser status in real time.

Application areas: It can be widely used in welding, precision cutting, cladding, surface treatment, 3D printing and other fields. Its optical output performance helps to better integrate with robots as flexible manufacturing equipment to meet the needs of three-dimensional processing.

In addition, Raycus Laser also has RFL-C6000 lasers with optical gates. Its core components have been newly upgraded, and the optical gates can realize parallel processing of a laser with multi-station laser heads, greatly improving processing efficiency and high processing accuracy. It has higher reliability, such as fast fiber fuse protection, safe mechanical, electrical, and control monitoring systems, and a mean time between failures (MTBF) of no less than 10,000 hours. The switching time of equipment power and transmission fiber is short (<45ms), and the beam switching device is reliable, which can achieve millions of continuous switching. At the same time, it has higher power stability (≤±1%), power redundancy of more than 20%, and intelligent and flexible control methods, which can adapt to diverse and complex application scenarios.