Raycus RFL-C40000M-CE Global-Series CW Fiber Lasers

Raycus RFL-C60000M-CE Global-Series CW Fiber Lasers is a 60kW continuous fiber laser in the Raycus Laser Global Edition series. Some of its basic parameters have been introduced above. The following are its features and advantages:

Performance Features

High electro-optical conversion efficiency: Using self-developed and self-owned system optical fiber, new generation laser chips, etc., the electro-optical conversion efficiency is as high as 40% or more, which can effectively save energy and improve efficiency.

Excellent beam quality: By customizing the fiber waveguide structure parameters and adopting "active divergence angle control technology", the stability of the beam quality is guaranteed, and its beam quality (BPP) is 7mm・mrad.

Strong anti-high reflection ability: Using "anti-feedback light patented technology" and other technologies, it effectively prevents the return light from entering the transmission fiber, protects the laser, and ensures stable operation in scenarios such as high reflectivity material processing.

Long life and high reliability: The chip is derated by 20% to improve the reliability and life of the chip; the whole series of products adopts a variety of patented technologies, such as optimized heat dissipation design, high-quality optical components and electrical components, etc., to ensure the long-term stable operation of the laser and meet the 24-hour all-weather working requirements.

Application field

Automobile manufacturing: It can be used for cutting, welding and other processes of automobile bodies to achieve high-precision and high-quality processing, and improve the efficiency and quality of automobile production.

Shipbuilding: It is suitable for cutting and welding of ship plates, which can meet the needs of thick plate processing in shipbuilding and improve welding strength and cutting accuracy.

Aerospace: In the processing of parts in the aerospace field, high-precision cutting, welding and punching can be carried out to meet the high quality requirements of aerospace parts.

3D printing: It provides high-power and high-quality laser sources for 3D printing, supports additive manufacturing processes, and can achieve rapid prototyping of complex structures.

New energy: It can be used for cutting and welding of pole pieces in the production of new energy batteries, as well as the processing of new energy vehicle parts, to help the development of the new energy industry.