In heavy-industry manufacturing, fluctuations in welding quality, high labor dependence, and unquantifiable efficiency have long been key challenges on production lines. Xushen Intelligent introduces its Automated Welding Platform, which integrates multi-axis motion mechanisms, welding process control, electrical architecture, and modularized process units to deliver a highly integrated welding execution module. The platform can be flexibly expanded with multi-axis combinations, welding torch systems, and coaxial tracking modules according to the workpiece geometry and process requirements—easily supporting longitudinal seams, circumferential seams, and complex-path welding. This enables a fully systemized welding capability from motion execution to process control.

The core advantage of the Automated Welding Platform lies in its precision, controllability, and high process consistency. It supports multiple welding modes including longitudinal seam welding, circumferential welding, weaving, and intermittent welding, and can automatically adjust torch attitude, welding speed, and rhythm. Built-in intelligent searching, trajectory memory, process library management, and synchronized speed control ensure more stable welding paths and uniform heat input. Through digital management of torch position, motion trajectory, and process actions, the platform minimizes human error and significantly improves continuous forming quality—even during long seams, high-volume production, or extended operation cycles.

Beyond improving stability and consistency of individual welding operations, the Xushen Automated Welding Platform delivers measurable productivity gains. By reducing labor dependence, shortening cycle times, and improving weld pass rates, it greatly enhances process stability and reduces repair costs in tank manufacturing, pressure vessels, boilers, and steel structure fabrication. The platform also supports upgrades from single-station automation to fully integrated welding production lines, advancing industrial manufacturing toward an intelligent and digital future.
