Large-scale laser processing is renowned for its high-precision machining capabilities. The laser beam, with a diameter of only a few hundred microns, possesses extremely high energy density, capable of instantly heating materials to their melting point. By controlling the position and power of the laser beam, high-precision cutting, engraving, and drilling can be achieved. Compared to traditional mechanical processing, large-scale laser processing offers higher precision and a smaller heat-affected zone. It eliminates the need for surface contact, reducing the potential for wear and deformation, thereby ensuring consistent and stable processing quality.

Large-scale laser processing offers a wide range of capabilities. It can process a wide range of materials, including metals, non-metals, and organic materials, and is widely used in fields such as metallurgy, electronics, automotive, and aerospace. In metal processing, laser cutting technology enables seamless cutting of various metal sheets and complex shapes, significantly expanding product design possibilities. Laser welding technology delivers efficient and precise welding, avoiding quality issues such as porosity and uneven welds that can occur in traditional welding processes. Furthermore, laser marking technology can imprint numbers, letters, and patterns on material surfaces, and is commonly used for product identification and anti-counterfeiting in the manufacturing industry.

It also offers high efficiency and flexibility. Laser processing is fast and efficient, enabling automated production and saving time and labor costs. The laser beam's strong focus allows for flexible adjustment of its direction, focal length, and scanning range through appropriate beam adjustment devices, adapting to the processing needs of workpieces of varying shapes and sizes. Compared to traditional machining, large-scale laser processing eliminates the need for tool changes, making the process simpler and more convenient, saving manufacturing costs and equipment maintenance time.