The reason why welding robots can occupy more than 40% of the total number of industrial robots is related to the special industry of welding. As an industrial "tailor", welding is a very important processing method in industrial production. At the same time, due to the presence of welding fumes, arc light, and metal splashes, the working environment of welding is also very harsh, and the quality of welding has a decisive impact on product quality. In summary, the use of welding robots has the following main significance:

(1) Stabilize and improve welding quality to ensure uniformity. Welding parameters such as welding current, voltage, welding speed, and welding elongation have a decisive effect on the welding results. When using robot welding, the welding parameters for each weld seam are constant, and the quality of the weld seam is less affected by human factors, reducing the requirements for worker operation skills. Therefore, the welding quality is stable. However, during manual welding, welding speed, dry elongation, and other factors vary, making it difficult to achieve uniformity in quality.

(2) Improved the working conditions of workers. The use of robot welding workers is only for loading and unloading workpieces, away from welding arc light, smoke, and splashes. For spot welding, workers no longer need to carry bulky manual welding tongs, freeing them from high-intensity physical labor.

(3) Improve labor productivity. Robots have no fatigue and can produce continuously 24 hours a day. In addition, with the application of high-speed and efficient welding technology, the use of robots for welding has significantly improved efficiency.

(4) Clear product cycle makes it easy to control product output. The production cycle of robots is fixed, so the production plan is very clear.

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