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.
As a leading fiber laser company in China, Raycus has given full play to its vertical integration advantages of its industrial chain, technological advantages and brand advantages in the face of opportunities arising from the development of the industry. Measures such as cost control, improvement of overall operating efficiency, continuous increase in R&D investment, and increased automation of smart factories have consolidated the company's leading position in the domestic laser market. The company actively deploys high-power and ultra-fast laser fields to further open up the company's growth space. The company's high-power laser technology has reached the international leading level, and it is gradually replacing the products of major overseas laser manufacturers in the domestic market, and the company's overall sales have maintained a growth trend. In the field of ultrafast lasers, the market sales volume has gradually increased, and the product technology has been continuously improved, which will inject impetus into the company's operating performance in the future.
Heavy new series of fiber lasers：
RFL-C2000
Raycus Laser's small core series lasers have photoelectric conversion efficiency of more than 40%. At the same time, an optimized second-generation optical fiber transmission system is introduced to achieve higher brightness, more stable beam quality, and stronger anti-high-reflection capabilities.
RFL-C3000
Raycus Laser's small core series lasers have photoelectric conversion efficiency of more than 40%. At the same time, an optimized second-generation optical fiber transmission system is introduced to achieve higher brightness, more stable beam quality, and stronger anti-high-reflection capabilities.
RFL-C6000
Raycus Laser's small core series lasers have photoelectric conversion efficiency of more than 40%. At the same time, an optimized second-generation optical fiber transmission system is introduced to achieve higher brightness, more stable beam quality, and stronger anti-high-reflection capabilities.
RFL-C10000
Raycus Laser's small core series lasers have photoelectric conversion efficiency of more than 40%. At the same time, an optimized second-generation optical fiber transmission system is introduced to achieve higher brightness, more stable beam quality, and stronger anti-high-reflection capabilities.
RFL-C12000
Raycus Laser's small core series lasers have photoelectric conversion efficiency of more than 40%. At the same time, an optimized second-generation optical fiber transmission system is introduced to achieve higher brightness, more stable beam quality, and stronger anti-high-reflection capabilities.
ABP Ring Compound Cleaning Laser
Raycus Pulse Composite Cleaning System is mainly composed of composite cleaning cabinet and composite cleaning head. The composite cleaning cabinet is composed of 300W pulse laser and 2000W semiconductor laser. The composite cleaning head is composed of two-way collimation, focusing mirror and galvanometer deflection mechanism.
Semiconductor pulse compound cleaning system
Raycus Pulse Composite Cleaning System is mainly composed of composite cleaning cabinet and composite cleaning head. The composite cleaning cabinet is composed of 300W pulse laser and 2000W semiconductor laser. The composite cleaning head is composed of two-way collimation, focusing mirror and galvanometer deflection mechanism.
B40D
Raycus blue laser, the absorption rate of non-ferrous metals such as copper is 12 times that of infrared. 500W blue laser composite welding can realize butt welding of copper within 2.5mm, the tensile strength can reach more than 67.7% of the base metal strength, and the maximum tensile strength can reach 81.3% of the base metal.
RFL-B500D
Raycus Laser's new blue fiber output semiconductor laser is mainly aimed at welding applications of common high-reflection materials, especially non-ferrous metals such as gold, silver, and copper. Lasers in the infrared band have been found in many studies. Due to the process window of the infrared wavelength, it is not easy to weld copper materials, and a large amount of spatter will be generated during laser welding.
RFL-P50G
Raycus green light nanosecond laser adopts the fiber frequency doubling scheme, which has excellent reliability, stability and high electro-optical conversion efficiency. The power can be flexibly adjusted without changing the frequency, and the adjustable range is 1%-100% , applicable to a wider range of application scenarios.
RFL-P200G
Raycus green light nanosecond laser adopts the fiber frequency doubling scheme, which has excellent reliability, stability and high electro-optical conversion efficiency. The power can be flexibly adjusted without changing the frequency, and the adjustable range is 1%-100% , applicable to a wider range of application scenarios.
RFL-C200AM
The 3D printing series of lasers developed by Raycus adopts a new design, optimizes the power monitoring system, effectively suppresses high-order modes, and achieves high stability and high beam quality laser output with a more compact structure.
RFL-C500AM
The 3D printing series of lasers developed by Raycus adopts a new design, optimizes the power monitoring system, effectively suppresses high-order modes, and achieves high stability and high beam quality laser output with a more compact structure.
RFL-C1000AM
The 3D printing series of lasers developed by Raycus adopts a new design, optimizes the power monitoring system, effectively suppresses high-order modes, and achieves high stability and high beam quality laser output with a more compact structure.
