Raycus RFL-C3000S-CE Global-Series CW Fiber Lasers

Raycus RFL-C3000S-CE Global-Series CW Fiber Lasers is a continuous fiber laser launched by Raycus Laser for the global market. The following is a detailed introduction:

Technical parameters

Optical characteristics: average output power 3000W, central wavelength 1080±5nm, modulation frequency 5kHz, output power stability ±1.5%, with red light indication, beam quality BPP is 1.4 - 2mm×mrad, polarization state is random, output fiber length 20m (customizable), fiber core diameter 50μm (customizable).

Electrical control characteristics: input power is 380±10% V AC three-phase four-wire, control modes include external RS232, external AD, Ethernet, power adjustment range 10%-100%.

Other parameters: The size is 485×163.5×736mm (including handle), the weight is less than 40kg, the cooling method is water cooling, the working temperature is 10-40℃, the storage temperature is -10-60℃, and the working environment humidity range is 30%-70%.

Product Features

Excellent beam quality: The output laser beam quality is good and stable, which is conducive to high-precision material processing and can meet the needs of various fine processing.

High reliability: It has the characteristics of high reliability and maintenance-free operation, which can effectively reduce equipment maintenance costs and downtime, and ensure the continuity of production. At the same time, it has multiple anti-high reflection designs, which can operate stably when processing high-reflectivity materials and reduce the damage of reflected light to the laser.

Diverse performance: It has high electro-optical conversion efficiency, which can reduce energy consumption and use costs; the power is continuously adjustable, the switch response is fast, and it also has slow rise and fall, waveform editing functions, which can meet the requirements of different processing technologies.

Flexible configuration: The output fiber length and connectors can be customized, and multiple connector options and control modes are available, which facilitates integration with different processing equipment and systems to adapt to various complex application scenarios.