Do you know how to handle high-temperature welding slag in welding robots


In recent years, domestic industry has developed rapidly and gradually started to shift from cheap labor to chemical automation. Robots have gradually replaced many things that people repeatedly do. Especially welding robots have gradually replaced traditional welding methods in the industrial field. Compared with manual welding, welding robots avoid consistency issues and can achieve repeated production, improving the production efficiency of enterprises. But no matter how welding is carried out, welding slag will be generated. High temperature welding slag will directly affect the welding work, so it needs to be handled carefully. So how should welding robots handle high temperature welding slag?

06

2023.03

How to Maintain and Maintain Welding Equipment


1、 Maintenance of welding gun 1. Regularly inspect and replace the conductive nozzle. If the aperture of the worn conductive nozzle becomes larger, it can cause unstable arc, deterioration of the weld appearance, or wire sticking (back burning); The splashing on the end of the conductive nozzle will cause the wire feeding to become uneven; If the conductive nozzle is not tightened tightly, the threaded connection will heat up and weld to death.

06

2023.03

Why welding robots can be widely used


Improved working conditions for workers. The use of robot welding workers is only for loading and unloading workpieces, away from the arc light, smoke, and splashes generated by welding operations. For spot welding, workers no longer carry bulky manual welding tongs, freeing them from the heavy physical labor. Stabilize and improve welding quality, ensuring its uniformity. During manual welding, the welding speed, dry elongation, and other factors are variable, making it difficult to achieve uniformity of quality. However, welding robots avoid the above problems, as welding parameters such as welding voltage, current, welding speed, and welding elongation play a decisive role in the welding results. The use of robot welding ensures that the welding parameters of 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 and ensuring stable welding quality. Improve labor productivity. Robots do not have artificial fatigue and can operate continuously, producing 24 hours a day. With the application of high-speed and efficient welding technology, the use of robots for welding has significantly improved efficiency. Clear product cycle, easy to control product output. The production rhythm of robots is fixed, so the production plan is very clear. The above is the relevant information organized by the welding robot manufacturer for everyone, hoping to be helpful to you.

06

2023.03

Manufacturers of welding and cutting equipment share the benefits of using welding machines for welding


Welding robots are industrial robots engaged in welding (including cutting and spraying). In recent years, with the development of electronic technology, computer technology, numerical control, and robot technology, automatic welding robots have become increasingly mature since they were used in production in the 1960s. So what are the benefits of using robot welding? The welding and cutting equipment manufacturer will take you to understand.

06

2023.03

What are the components of a welding robot


As a hot working, the pre evolution technology of welding reflects the mechanical level of a country to some extent. Industrial robots are important equipment in industrial manufacturing, among which welding robots are widely used. Welding robots are automation equipment that integrates knowledge from various disciplines such as computers, electronics, sensors, artificial intelligence, etc. Welding robots are composed of the body and peripheral equipment. Welding robots can improve welding quality and stability, and can work 24 hours a day, greatly improving enterprise production efficiency, Keep manual labor away from harsh working environments.

06

2023.03

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