Welding robots primarily consist of two parts: the robot itself and the welding equipment. The robot is composed of the robot body and the control cabinet. Taking welding equipment as an example, arc welding and spot welding are made up of welding power supplies, wire feeders, and welding guns. For intelligent robots, a sensor system should also be included, such as laser or camera sensors and their control.
Welding robots are indispensable tools in modern mechanical manufacturing, playing a crucial role in industries such as automotive, construction equipment, and motorcycles. In the past, manual welding was a daunting task. With the increasing demands for precision and speed in many welding components, it was challenging for ordinary workers to perform this job. Moreover, the arc, sparks, and smoke during the welding process could cause harm to the human body.
Local Section: Robot Welder
Welding power source (internal dusting, loose joints).
2. Welding torch (clean nozzle, feeding wire jam, insulation normal, gas leak, cable loose or damaged).
3. Spooling machine (spool wheel wear, SUS tube damage or wear, spooling motor malfunction).
4. Ground wire (whether it can be burnt, split, and whether the connection is sturdy).
Welding robots are mainly composed of two parts. The complexity of their manufacturing process, labor intensity, product quality, and batch size all necessitate the automation and mechanization of the welding process, leading to the urgent need for automated robotic welding.
News Center Co., Ltd.
