What Factors Affect The Welding Quality Of Welding Robots

Welding robot positioning machines and fixtures require high precision in locating parts, and the positioning of the robot welding fixture before and after the process must be consistent. These are all methods to improve the quality of welding robots. Due to the large turning angle of the positioning machine, it is advisable to avoid using movable manual pins in the welding fixture of the robot.
In addition, the welding quality of welding robots is greatly affected by the welding wire. Avoid choosing low-quality copper plated welding wire, otherwise it is easy to produce welding impurities. These impurities are actually impurities in the welding wire and welding substrate of the welding robot, mainly the high-temperature oxidation of silicon and manganese during the welding process, as well as the chemical reaction of CO2 in the protective gas, which is also the main reason affecting the welding quality of the welding robot.
In order to improve the welding quality of welding robots, it is necessary to reduce the number of times welding wires are replaced. It is best to choose bucket or disc welding wires when starting welding. However, due to the long wire feeding hose and high resistance required for bucket welding wires, high quality requirements such as wire stiffness are required.