Core driving forces:
Labor shortage and rising costs in the manufacturing industry: Skilled welders are increasingly scarce, and labor costs continue rise globally, especially in developed countries and manufacturing powerhouses like China, driving companies to replace workers with robots to ensure stable production.
The pursuit of high quality and consistency: industries such as automotive, aerospace, and new energy, the quality of the welding directly affects the safety and performance of the product. Robots can provide far greater stability and repeat than manual labor.
Technological advancements and declining costs: The cost of robot hardware is gradually decreasing, while advancements in sensor technology (especially 3D vision), offline software, and AI algorithms are making welding robots more user-friendly, intelligent, and capable of adapting to complex tasks, continuously optimizing the barriers to entry and the payback period.
Booming demand in emergingapplication fields:
New energy vehicles: The demand for welding in battery trays (aluminum alloy laser welding, FSW), electric motors and lightweight structures of white bodies in new energy vehicles is surging.
Renewable energy: Large-scale structure welding of wind turbine towers, photovoltaic brackets and hydrogen storage and transportation equipment in the renewable energy sector.
Infrastructure and construction: Automated welding of modular buildings and steel structure bridges
