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With MIG, MAG, CO2, or TIG welding method, mainly 2 kinds based on the welding objects: 1. big size of one side welding requirement, such as different kinds of bed frames; 2. small size of one or both sides.

This Forklift frame robotic welding solution is specially designed for engineering vehicle manufacturing companies. The system uses advanced industrial robots and intelligent control technology, combined with efficient welding technology, to significantly improve the overall structural performance of the frame. This robotic welding solution supports a variety of welding processes (such as MIG/MAG, laser welding, etc.) and is suitable for mass production of different types of frames. Through automated programming and precise positioning, the complexity and labor intensity of manual operations are reduced, while production efficiency is increased by more than 30%.

The aluminum alloy fan blade automation robotics welding station consists of a 6-axis welding robot, a 3-axis welding positioner, a welding machine, a water-cooled box, a water-cooled servo push-pull welding gun, a laser tracking system, a fixture, a PLC control system, a gun cleaner, a smoke purifier, a safety fence and a safety grating. This automation robotics welding workstation uses the world-renowned ABB robot, a double-station design, welding and assembly are carried out simultaneously, without interfering with each other, and improving production efficiency.

This semi-trailer suspension balance arm robotic welding solutions 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.

The truck crane robot laser welding workstation has flexible layout and various forms. It can be laid out according to the actual situation for welding different workpieces. It is suitable for welding tasks at the turntable, hoist box, X-frame, arm head, turntable seat ring, rear frame and other positions of the truck crane. The Truck crane robot laser welding workstation adopts advanced visual sensing technology, arc sensing technology, coordinate conversion technology and dynamic compensation technology, and has made comprehensive intelligent adjustments in the overall framework, mechanical transmission of the equipment, overall control accuracy, online control of welding quality, and coordination with peripheral equipment and environment.

Loader welding production line automation solutions use two inverted robots, two sets of fixtures and external travel axes, and adopt dual-machine dual-station operation according to the on-site environment to fully ensure the beat and welding quality, and realize the automated welding of construction machinery. Production line automation solutions are equipped with servo positioners and multi-axis linkage systems to meet the welding needs of loader parts of various sizes and models.

The cement pump truck collaborative welding robot cell is equipped with weld location software and spot welding tracking software. According to the different parts of the cement pump truck, it is divided into the connecting parts robot welding workstation, pump truck leg robot welding workstation, pump truck arm robot welding workstation, turntable robot workstation, and support table robot welding workstation. Different layout forms and robot installation methods are adopted, and the two-axis positioner and the single-axis positioner with walking axis are used to effectively meet the welding tasks of various parts of different models of cement pump trucks.

As a flexible, reliable and universal welding flexible processing unit, the bus roof skin welding robot system can be applied to the roof skin welding of different models. Considering the production rhythm, 4 welding robots weld at the same time. The welding tooling is switched, and the positioning tooling remains unchanged. The addition of the robot walking system enables the robot to move on a specific route, allowing the robot to operate at multiple stations, expanding the robot's operating radius. The bus welding robot system can be operated at multiple stations, further improving the efficiency of using robots and reducing production costs.

The whole system of the grbage truck bucket robotic welding station mainly includes: 6-axis welding robot, 3-axis gantry, welding machine, water-cooled box, water-cooled welding gun, laser tracking system, head-to-tail dual-drive welding positioner (one end is movable), fixture, PLC control system and other parts, which can be reduced or expanded according to project requirements. For different products, the welding positioner and welding fixture are customized to adapt to different lengths, specifications, structures, etc.