Oil Pipeline Welding: Adapts to field construction environments, automatically compensates for pipeline alignment errors, ensuring the sealing and strength of high-pressure pipelines, increasing welding efficiency by over 30%.

Environmental Protection Equipment Manufacturing: Achieves high-precision, low-deformation automated welding for complex structures made of corrosion-resistant materials like stainless steel and titanium alloy, reducing manual grinding and rework.

Heavy Machinery Structural Components: Addresses welding deformation issues of large workpieces (e.g., excavator booms, crane beams) through reverse modeling + multi-layer multi-pass processes, ensuring structural strength and dimensional accuracy.

Shipbuilding: Achieves trackless operation in confined cabins or curved hull plate welding by combining SLAM navigation, reducing the proportion of manual inspection and improving shipbuilding efficiency.

Steel Structure Construction: Suitable for large steel structures like bridges and stadiums, enabling intelligent and standardized batch welding, reducing reliance on skilled welders.

In the future, LE Robotics welding robots will continue to deepen the integration of AI + 3D Vision + Adaptive Processes, exploring cutting-edge directions such as cloud collaborative welding and full-process control through Digital Twin technology. We aim to propel welding from "automation" to "autonomy," assisting global manufacturing in moving towards a smarter, more efficient, and greener direction.

Embrace the Intelligent Welding Future with LE Robotics!