Junhao's self-propelled welding robot is designed around the core concept of "full-scenario adaptation." With exceptional environmental adaptability and stable performance, it has achieved widespread application across multiple key industries, emerging as a pivotal force in advancing the modernization of welding processes.

In the wind power sector, the robot addresses the welding requirements of large, non-standard components in wind power equipment. It seamlessly navigates between installations, accurately performing welding operations in elevated and confined spaces—effectively overcoming limitations of traditional welding equipment such as restricted mobility and high operational risks.

Within shipbuilding, where hulls and other large-scale, complex structures present significant welding challenges, the robot’s ultra-large working radius and agile steering capability enable comprehensive coverage of diverse welding tasks, substantially enhancing both efficiency and weld quality.

In bridge construction and steel structure industries, the robot demonstrates robust performance in complex outdoor environments, enabling on-site welding and maintenance of large steel structures. Its lightweight, trailer-mounted design, weighing only 195.5 kg, facilitates rapid deployment across multiple job sites, significantly improving operational flexibility.

Furthermore, in sectors such as construction machinery and new energy, the robot has successfully resolved common industry challenges associated with non-standard workpiece welding, leveraging its core strengths in high efficiency, precision, and safety.

Recognized by numerous leading enterprises for its reliable performance and proven application value, Junhao’s welding robot has become the preferred solution for intelligent upgrading in welding technology across industries.