Raycus Laser, a leading domestic manufacturer, has introduced a new near-fundamental-mode 10,000-watt fiber laser that achieves an unprecedented beam quality of 1.13. This makes it currently the only product globally capable of near-fundamental-mode output at the 10-kilowatt level. It represents the best performance among similar products worldwide, filling a significant gap in the international industry.
A major hurdle in high-power laser transmission is the "Raman effect," which acts like a traffic jam in the optical path. This phenomenon causes energy accumulation and can easily damage the equipment. After five years of dedicated research, the company successfully developed a novel modified optical fiber. By abandoning the traditional octagonal structure used by foreign manufacturers, they created a "highway" for laser transmission with ultra-low loss and high throughput. Combined with a wavelength-locked direct semiconductor pumping technology, this innovation fundamentally resolves the issue of energy stagnation.
This high-power laser is perfectly aligned with the current trend of AI-driven smart manufacturing and offers a wide range of application scenarios:
High-End Manufacturing: It is ideal for 3D printing of core aerospace components (such as rocket engine nozzles and complex satellite high-temperature alloy parts that have already been successfully delivered). It is also highly effective for precision welding in automotive bodies and new energy batteries, achieving a product yield rate of over 99.9%.
Livelihood & Low-Altitude Economy: The laser can be utilized for clearing obstacles on high-voltage power lines, replacing dangerous manual high-altitude operations. Furthermore, it holds vast potential in national strategic sectors, including the low-altitude economy and advanced equipment manufacturing.
