Raycus XZ Series High Power CW Fiber Laser User Guide RFL-C10000XZ from the output head 3.3 kW to 15 kW cutting and welding

Raycus XZ Series High Power CW Fiber Laser User Guide RFL-C10000XZ from the output head 3.3 kW to 15 kW cutting and welding

RFL-C10000XZ  (CW laser)user manual (1.0).pdf

Features：

Fiber lasers are compact and ready to use in comparison with conventional laser products, featuring higher electrical to optical conversion efficiencies, lower power consumption and better beam quality. Furthermore, thanks to its flexible laser emission design by using a shielded optical fiber, it can be easily and safely integrated into a varies of laser application systems.

Main features:

 High beam quality;

 High reliability;

 Maintenance-free operation;

 High electrical-optical efficiency;

 Convenient control interface;

 Fast modulation.

Typical Applications:

 Industrial metal cutting and welding;

 Scientific research.

Package Parts：

Please refer to the enclosed Package Parts List to cross check what accessories should be contained in the packing box.

Unpacking and Inspection：

Through the specially designed packaging materials and cabinets, Raycus ensures that the lasers are fully protected during the transportation. Nevertheless, in order to prevent any unpredictable situation during transportation, the users still need to carefully check whether the package is correctly handled before unpacking, and whether there is any damage or suspicious appearance such as collision, crack or water stain on the outside of the box. Once users find that there is an abnormality in the external cabinet, please inform Raycus at once. Please double check if each listed content is inside the package; and contact Raycus as soon as possible if there is any unusual issue. Take extra care when removing the product from the package and try to make the fiber delivery cable with its connector staying away from collision and vibration. Please DO NOT distort, bend, or pull the delivery cable when unpacking the device; and avoid any collision to the quartz or protective cap of laser emission.