The working principle of welding robots is based on numerical control technology and automation control technology. By pre programmed welding programs and paths, the control cabinet issues instructions to drive the robot body to perform welding operations according to the set trajectory. At the same time, sensors monitor various parameters in real-time during the welding process to ensure stable welding quality.
The workflow of welding robots includes task planning, path planning, attitude control, welding operations, and other aspects. In the task planning stage, it is necessary to determine the position and method of welding the workpiece; In the path planning stage, it is necessary to determine the path and trajectory of the robot welding; Attitude control is to ensure that the robot maintains the correct posture during the welding process; Finally, during the welding operation phase, the robot performs the actual welding task.
Welding robots are widely used in various fields such as automobile manufacturing, aerospace, power equipment, and railway transportation. Especially in the automotive manufacturing industry, welding robots have become an important part of the production line. Xizhang is committed to the research and development of welding robot workstations. We welcome enterprises with welding processing needs for steel structures to contact us. We will provide you with professional steel structure system solutions and technical services!