The automated welding production line for container side panels is suitable for vehicle manufacturing companies and can help them improve production efficiency. This type of production line uses high-precision cobot robots to complete various complex tasks, such as welding, loading, conveying, positioning, unloading and assembly. And you don't have to worry about the accuracy of the collaborative robot, it can monitor and adjust production parameters in real time to improve the stability and consistency of production.

Our minibus digital production workshop uses collaborative robots to perform repetitive tasks such as welding, assembly, and handling. The collaborative robots use a 3D visual recognition system to accurately locate and weld or grab materials, achieving high-precision assembly and welding tasks. In addition, the collaborative robots can detect whether the materials are defective, which can ensure the quality of the products.

The container floor robot welding workstation is equipped with multiple high-precision welding robots and adopts the latest laser welding and arc welding technology. Ensure that the weld is uniform and firm and meets high-quality welding standards. The production line is highly flexible and can quickly switch the production of containers of different specifications and models.

Top floor of passenger car robot welding workstation adopts 4 robots welding simultaneously. The fixtures base keeps the same. Only weld fixtures need to be switched for general welding of different sizes of coach roof.

This car seat automated welding robot workstation uses robotic technology and automated control systems to achieve efficient welding of various components of car seats. The equipment has strong adaptability and can be suitable for welding different models and styles of car seats. Whether it is custom-made seats or mass production, welding needs can be met.

This semi-trailer suspension balance arm cobot welder is specially designed for the precision welding needs of semi-trailer suspension systems. This cobot welder uses multi-axis motion control technology and can flexibly cope with complex welding paths. Its built-in intelligent algorithm can analyze the shape and thickness of the welding area in real time and automatically adjust the welding parameters to ensure that each weld is uniform and strong, meeting the requirements of high-strength applications. The welding machine is equipped with an advanced visual sensing system that can accurately locate welding points, dynamically monitor the welding quality during the welding process, detect and automatically correct deviations, and significantly reduce the defective rate.