來源：http://www.pencildreams.com/ 發布時間：2021-02-27 瀏覽次數：
Welding robot automation production needs to reduce manpower, improve product consistency, improve product quality, more suitable for large-scale production, reduce production costs, improve production efficiency. Today's welding robot, a small editor from the welding robot manufacturer, will tell you the use of the gun:
The gun cleaner is mainly used to clean up the shallow objects stuck in the gas protection sleeve of the welding gun during the automatic welding process of the robot, to ensure that the gas is unobstructed for a long time, effectively block the air into the welding area, protect the welding pool and improve the welding quality. It can clean the dust generated by welding smoke on the conductive nozzle, dredge and clean the protective gas outlet on the connecting pipe, spray the protective sleeve with high temperature resistance and anti blocking, reduce the dead adhesion of welding slag on the gun sleeve and nozzle, and increase the durability.
It can also solve the following problems: (1) reduce the workload of production personnel. (2) Avoid manual cleaning not on time and affect the welding quality. (3) Avoid manual cleaning, repeatedly dismounting the protective sleeve, so that the connecting thread between the protective sleeve and the connecting pipe is worn, prolong the service time and reduce the cost. (4) To avoid the installation deviation of gas protection sleeve due to thread wear and the protection failure caused by gas deviation.
At present, the international robot industry is increasing scientific research efforts to study the common technology of robots. From the perspective of the development trend of robot technology, welding robots, like other industrial robots, continue to develop in the direction of intelligence and diversification.
Welding robot has been playing a leading role in the application of robot. Although it has been developed rapidly in China in recent years, its application is still in the rising stage in the world, and we still have a lot of work to do.