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.
CW Fiber Laser - Multi-module CW Fiber Laser
RFL-C4000X
It has the advantages of high electro-optical conversion efficiency (>40%), good beam quality, high energy density, wide modulation frequency, strong reliability, long life, and maintenance-free operation. It can be widely used in welding, precision cutting, cladding, and surface treatment. , 3D printing and other fields.
RFL-C6000X
It has the advantages of high electro-optical conversion efficiency (>40%), good beam quality, high energy density, wide modulation frequency, strong reliability, long life, and maintenance-free operation. It can be widely used in welding, precision cutting, cladding, and surface treatment. , 3D printing and other fields.
RFL-C8000X
It has the advantages of high electro-optical conversion efficiency (>40%), good beam quality, high energy density, wide modulation frequency, strong reliability, long life, and maintenance-free operation. It can be widely used in welding, precision cutting, cladding, and surface treatment. , 3D printing and other fields.
RFL-C10000X
It has the advantages of high electro-optical conversion efficiency (>40%), good beam quality, high energy density, wide modulation frequency, strong reliability, long life, and maintenance-free operation. It can be widely used in welding, precision cutting, cladding, and surface treatment. , 3D printing and other fields.
RFL-C12000X
It has the advantages of high electro-optical conversion efficiency (>40%), good beam quality, high energy density, wide modulation frequency, strong reliability, long life, and maintenance-free operation. It can be widely used in welding, precision cutting, cladding, and surface treatment. , 3D printing and other fields.
RFL-C15000TZ
It has the advantages of high electro-optical conversion efficiency (>40%), good beam quality, high energy density, wide modulation frequency, strong reliability, long life, and maintenance-free operation. It can be widely used in welding, precision cutting, cladding, and surface treatment. , 3D printing and other fields.
RFL-C20000TZ
It has the advantages of high electro-optical conversion efficiency (>40%), good beam quality, high energy density, wide modulation frequency, strong reliability, long life, and maintenance-free operation. It can be widely used in welding, precision cutting, cladding, and surface treatment. , 3D printing and other fields.
RFL-C30000TZ
It has the advantages of high electro-optical conversion efficiency (>40%), good beam quality, high energy density, wide modulation frequency, strong reliability, long life, and maintenance-free operation. It can be widely used in welding, precision cutting, cladding, and surface treatment. , 3D printing and other fields.
Single Module CW Fiber Laser
RFL-C500
It has higher photoelectric conversion efficiency, better and more stable beam quality, and stronger anti-high-reflection ability. At the same time, it introduces an optimized second-generation optical fiber transmission system to ensure a more stable and precise cutting effect in thick plate cutting. .
RFL-C750
It has higher photoelectric conversion efficiency, better and more stable beam quality, and stronger anti-high-reflection ability. At the same time, it introduces an optimized second-generation optical fiber transmission system to ensure a more stable and precise cutting effect in thick plate cutting. .
RFL-C1000
It has higher photoelectric conversion efficiency, better and more stable beam quality, and stronger anti-high-reflection ability. At the same time, it introduces an optimized second-generation optical fiber transmission system to ensure a more stable and precise cutting effect in thick plate cutting. .
RFL-C1500
It has higher photoelectric conversion efficiency, better and more stable beam quality, and stronger anti-high-reflection ability. At the same time, it introduces an optimized second-generation optical fiber transmission system to ensure a more stable and precise cutting effect in thick plate cutting. .
RFL-C2000
It has higher photoelectric conversion efficiency, better and more stable beam quality, and stronger anti-high-reflection ability. At the same time, it introduces an optimized second-generation optical fiber transmission system to ensure a more stable and precise cutting effect in thick plate cutting. .
RFL-C3000S
It has higher photoelectric conversion efficiency, better and more stable beam quality, and stronger anti-high-reflection ability. At the same time, it introduces an optimized second-generation optical fiber transmission system to ensure a more stable and precise cutting effect in thick plate cutting. .
RFL-4000S
Raycus single-module 4000W laser has higher photoelectric conversion efficiency, better and more stable beam quality, and stronger anti-high-reflection ability. At the same time, the optimized second-generation optical fiber transmission system is introduced to ensure better cutting of thick plates. Stable and precise cutting results.
RFL-C6600
Raycus single-module 6600W laser has higher photoelectric conversion efficiency, reaching more than 40%, better and more stable beam quality with a core of 50μm, stronger anti-high reflection ability, and introduces an optimized second-generation optical fiber transmission system, To ensure a more stable and precise cutting effect in thick plate cutting.
RFL-C10000S
Raycus single-module 10000W laser has higher photoelectric conversion efficiency, reaching more than 40%, 50μm core output, better and more stable beam quality, stronger anti-high reflection ability, and the introduction of optimized second-generation optical fiber The transmission system ensures a more stable and precise cutting effect in thick plate cutting.
RFL-C12000S
Raycus single-module 12000W laser has higher photoelectric conversion efficiency, reaching more than 40%, and the output core is 75μm and 100μm optional, which can achieve better and more stable beam quality, stronger anti-high reflection ability, and introduce optimization at the same time The second-generation optical fiber transmission system ensures a more stable and precise cutting effect in thick plate cutting.
Single-mode output CW fiber laser
RFL-C2000 single mode output
Raycus 2000W single-mode output fiber laser, beam quality M2 < 1.2, 14μm core single-mode output, photoelectric conversion efficiency of more than 40%, and the introduction of an optimized second-generation fiber transmission system to achieve higher brightness and more stability high beam quality, with stronger anti-high-reflection ability.
RFL-C3000 single mode output
Raycus 3000W single-mode output fiber laser, beam quality M2 < 1.3, 20μm core single-mode output, photoelectric conversion efficiency of more than 40%, and the introduction of an optimized second-generation fiber transmission system to achieve higher brightness, More stable beam quality, with stronger anti-high reflection ability.
RFL-C6000 single mode output
Raycus 6000W single-mode output fiber laser, beam quality M2≤1.5, achieve single-mode output, photoelectric conversion efficiency above 40%, better and more stable beam quality, stronger anti-high reflection ability, and at the same time introduce optimized The second-generation optical fiber transmission system ensures a more stable and precise cutting effect in thick plate cutting.
