1.能够根据特殊的焊接模式来调整自动化的焊接，稳定和提高焊接质量，能将焊接质量以数值的形式反映出来；
1. Able to adjust automated welding according to special welding modes, stabilize and improve welding quality, and reflect welding quality in numerical form;
2.提高劳动生产率；
2. Improve labor productivity;
3.改善工人劳动强度，可在有害环境下工作；
3. Improve the labor intensity of workers and enable them to work in hazardous environments;
4.降低了对工人操作技术的要求；
4. Reduced the requirements for workers' operational skills;
5.缩短了产品改型换代的准备周期，减少相应的设备投资。
5. Shortened the preparation cycle for product upgrades and reduced corresponding equipment investment.
6.对前道工序的加工精度要求高，一般应控制在0.5毫米左右
6. high precision requirements for the previous process, generally controlled at around 0.5 millimeters
随着电子技术、计算机技术、数控及机器人技术的发展，自动焊接机器人, 从60年代开始用于生产以来，其技术已日益成熟。因此，在各行各业也得到了广泛的应用。
With the development of electronic technology, computer technology, numerical control, and robotics, automatic welding robots have become increasingly mature in technology since they were used in production in the 1960s. Therefore, it has also been widely applied in various industries.