Automated Mobile 3D Five-Axis Laser Welding/Cutting Workstation

Yili Laser Automation Mobile 3D Five-Axis Laser Welding/Cutting Workstation stands as a shining pearl in the field of modern intelligent manufacturing, dazzling on the industrial stage with its exceptional precision, flexible adaptability, and high efficiency. This workstation is like a master craftsman, perfectly blending the essence of laser technology with the intelligence of automated control, setting an industry benchmark for complex surface processing and precision welding.

Its core advantage lies in the breakthrough five-axis linkage system, which functions like a dexterous robotic arm. Building upon the three linear axes (X, Y, Z), it adds the freedom of two rotational axes (A and C), enabling 360-degree seamless processing. This design gives the equipment a "perspective eye," allowing it to accurately capture every subtle surface feature of the workpiece. Even components with complex geometric structures, such as spacecraft fuel tanks, can be handled with ease for high-quality welding and cutting.

The intelligent control system integrated into the workstation acts as its brain center, utilizing advanced algorithms for adaptive path planning and process parameter adjustments. When encountering different material combinations, the system operates like an experienced master craftsman, automatically matching the optimal laser power, focal position, and feed speed to ensure weld seams as smooth as silk and cutting surfaces as flawless as a mirror. The mobile design further enhances its "mobile operation" capability, allowing flexible deployment across different workstations based on production needs, significantly improving factory space utilization.

In the automotive manufacturing sector, it achieves high-strength welding of aluminum alloy car bodies with a repeat positioning accuracy of 0.02mm; in the energy equipment industry, it effortlessly handles bevel cutting of 30mm thick stainless steel plates. Equipped with a real-time monitoring system, it functions like a tireless quality inspector, using infrared thermal imaging and CCD visual inspection to ensure every processing node meets the required standards.