Ruike Laser's newly launched F-series lasers, relying on its independent and controllable core technology and vertically integrated full industrial chain capabilities, inject strong impetus into the field of medium-thin plate cutting.
The products cover four large models: 3000S-F, 6000S-F, -F, and -F, to meet the needs of all scenarios from lightweight processing to high-power cutting.
Since its launch, Ruike F-series lasers have continued to rise and lead the market with their outstanding performance. Promote the birth of new "high-speed cutting machine" models in the industry and become the core light source choice for several major integrators who launch "high-speed cutting machine", deeply empowering high-precision and high-efficiency production innovation.
Product advantages: ultimate performance, subvert tradition
1. High brightness beam, more accurate cutting
Small core diameter design (minimum 25μm), high beam quality, highly concentrated energy, greatly improve cutting accuracy, and easily deal with processing of highly reverse materials (such as copper and aluminum);
Long optical cable configuration (up to 25 meters long), adapted to complex working conditions, and has stronger flexibility.
2. High electro-optical conversion efficiency, energy saving and cost saving
The electro-optical efficiency is as high as 40.4%, energy consumption is reduced and costs are greatly reduced. (Take -F as an example)
3. Super stable, reduced operating costs
Power stability test, Ruike's anti-interference ability ensures that the power ripple reaches the world's first-class level.
4. Manual power compensation, high power redundancy
The laser can be power compensated manually, with power redundancy up to 10%. (Take -F as an example)
5. Core devices are fully upgraded and have higher reliability
Core devices such as active fiber, pump source, beam combiner, output optical cable have been fully upgraded, with better device stability and higher reliability.
6. Intelligent monitoring and early warning, flexible waveform regulation
It is equipped with upper computer software, and the output power/temperature/humidity and other states are monitored at any time, and has a high-reverse alarm prompt function.
It has waveform editing function, slow power rises and decreases, and better adapts to diverse and complex application scenarios.
7. Quality control tests are strict, with more than dozens of items
Strict quality control testing ensures the stability of the laser's daily operation.
Process advantages: technical independence, comprehensive leadership
Verify the actual measurement data, comprehensive improvement of processing efficiency
6000S-F model: Compared with the 6000W regular version, the cutting efficiency of the F series 6000W thin plates below 10mm has been significantly improved by 20%-60%. Among them, the cutting speed of the 2mm thin plate is even 11% higher than that of conventional ones.
-F model: At full power, the speed of -F is significantly improved compared with conventional ones, and the average speed of common boards can be increased by more than 40%; especially the efficiency of cutting 6mm carbon steel can be increased by 85%, which is comparable to the ability.
-F model: In 6-14mm medium-thin plate cutting, the speed is 22.2%-50% higher than that of conventional models, and the efficiency of 6mm plates soars by 50%.
Full coverage of application scenarios
F series lasers are widely used in: high-speed cutting of medium-thin plates (stainless steel, carbon steel), precision welding (auto parts, 3C electronics), high-reverse material processing (copper, aluminum alloy), and micro-processing fields (PCB cutting, ceramic engraving). Ruike F series lasers break technical barriers and redefine industry benchmarks with ultimate performance. Whether it is efficiency, accuracy or cost control, it provides revolutionary solutions for medium-thin plate processing.
