Raycus RFL-C30000M-CE Global-Series CW Fiber Lasers

Raycus RFL-C30000M-CE Global-Series CW Fiber Lasers is a 30kW continuous fiber laser in the Raycus Laser Global Edition series. The following is information about its features and applications:

Features

Excellent performance: Based on the technical advantages of Raycus Laser, it may have high electro-optical conversion efficiency, which can effectively save energy and improve work efficiency. At the same time, it has excellent beam quality, and the stability of beam quality is guaranteed by related technologies, which is conducive to high-precision processing. It has strong anti-high reflection ability, and uses patented technology to prevent the return light from damaging the laser, and can operate stably in scenes such as high-reflectivity material processing.

High reliability: The chip derating and the use of various patented technologies, such as optimized heat dissipation design, high-quality optical components and electrical components, ensure the long life and high reliability of the laser, which can meet the needs of long-term continuous work.

Flexible configuration: The output fiber length may be customized, and a variety of connector options can be provided to facilitate integration with different systems to meet the specific requirements of various application scenarios.

Application fields

Cutting field: It can be used for cutting various metal materials, including thin plates and thick plates. With its high power and good beam quality, it can achieve high-precision and high-quality cutting, smooth cutting surface, narrow cutting seam, and improve material utilization and processing efficiency.

Welding field: It is suitable for welding different metals, can provide a stable laser beam, and achieve a firm and beautiful weld. It can be used for welding metal parts in industries such as automobile manufacturing, shipbuilding, and aerospace.

Additive manufacturing: It provides high-power and high-quality laser sources for 3D printing, supports additive manufacturing processes, and can achieve rapid prototyping of complex structures, which helps promote the application of 3D printing technology in more fields.

Surface treatment: It can be used for surface treatment of materials, such as cladding, quenching, etc. By precisely controlling the laser energy and action time, the performance of the material surface can be improved, and its wear resistance and corrosion resistance can be improved.