Raycus' main products include 10W to 2,000W pulsed fiber lasers; 10W to 30,000W continuous fiber lasers; 75W to 450W quasi-continuous fiber lasers; 80W to 8,000W direct semiconductor lasers, etc. The products are widely used in laser manufacturing such as marking, Cutting, welding, cladding, cleaning, additive manufacturing and other fields; the main products of ultrafast lasers include 10W to 20W nanosecond lasers, 2W to 100W infrared picosecond lasers, 5W to 50W green light picosecond lasers, 5W to 30W ultraviolet lasers Picosecond lasers, 1W to 20W femtosecond lasers, etc., are widely used in laser manufacturing such as: display and panel glass cutting, automotive glass cutting, FPC cover film cutting, 5G LCP cutting, OLED flexible display material cutting, LED wafer cutting, semiconductor cutting Chip cutting and other applications.
Fiber Output Semiconductor Lasers
The main application fields of 100-watt fiber output semiconductor lasers include laser soldering and laser transmission welding of plastics. Medium power fiber output semiconductor lasers are mainly used in heat conduction welding. High-power fiber output semiconductor lasers are mainly used in the fields of quenching, cladding, and laser brazing.
RFL-FDDL50X
RFL-FDDL100X
The main application fields of 100-watt fiber output semiconductor lasers include laser soldering and laser transmission welding of plastics.
RFL-A200D
Compared with traditional lasers, fiber output semiconductor lasers have higher photoelectric conversion efficiency and lower power consumption.
RFL-A500D
RFL-A1000D
RFL-A2000D
Medium power fiber output semiconductor lasers are mainly used for heat conduction welding of metal sheets.
RFL-A3000D
RFL-A4000D
RFL-A6000D
RFL-A8000D
High-power fiber output semiconductor lasers are mainly used in the fields of quenching and cladding.
RFL-A10000D
RFL-A12000D
High-power fiber output semiconductor lasers are mainly used in the fields of quenching and cladding. In quenching applications, the laser is an ideal heat source for quenching metal parts, which can improve the wear resistance of the parts while maintaining the metallurgical properties of the substrate.
