As the transformation and upgrading of manufacturing industry accelerates, industrial robots are gradually replacing the traditional artificial production process. Although some companies are still waiting and see the cost and benefit returns in the early stage, in the welding field, the recruitment difficulties, rising labor costs and management problems faced by the welder group continue to promote the release of market demand for welding robots. As the core equipment in the wave of industrial automation in recent years, welding robots have become the "key process equipment" for improving quality and efficiency in the manufacturing industry.

The evolution direction of welding robot technology presents six major characteristics‌:

Deep intelligent upgrade: Relying on multi-sensor fusion and intelligent algorithm iteration, we will strengthen the adaptive adjustment and process self-learning ability of welding process to meet the high-precision welding quality requirements under complex working conditions;

Flexible manufacturing adaptation: Through modular design and lightweight structural innovation, equipment deployment flexibility can be enhanced, and multi-scenarios can be achieved quickly across industries;

Breakthrough of independent decision-making: Integrating 3D visual perception, AI process optimization and machine learning technology to build an autonomous operation closed loop from weld recognition to path planning;

High-speed and high-precision evolution: Continuous breakthroughs in the field of drive systems and motion control, and simultaneously improve operation efficiency (welding speed increases by 20%-30%) and positioning accuracy (±0.05mm level)                                                                                                                                                                           &