How to deal with the welding error of the welding robot?
After the above introduction, we need to temporarily understand the process parameters of the welding robot. In this section, we first learn how to deal with the welding shortcomings of welding robots.
Can welding robots show welding shortcomings? Can it handle it? The welding profession has now caught up with the trend of the times, combined with computer skills, artificial intelligence, communication skills, and is experiencing rapid development in various fields. Traditional welding is affected by the one-sided understanding of workers in the welding process, and the welding fault is simply presented. With the addition of time and improper manual operation, the welding robot will show welding errors. The editor will guide you through the welding mistakes and treatment scenarios.
The welding robot simply presents the welding fault:
The causes of welding errors are divided into physical and human elements of robots. The most important factors affecting the robot body include long service life, loose robot axes, and incorrect installation orientation. The human element includes operator fault and programming fault. The welding shortcomings in the welding process mainly include welding deviation, tumor, porosity, welding spatter, etc.
Welding robots can avoid welding mistakes:
With the continuous development and maturity of welding robot skills, active tracking skills and welding detection skills can be useful to avoid welding shortcomings. After intelligent identification of the welding specifications and the control system sends instructions, the actuator can place the weld filled with the appropriate welding data to ensure the integrity, aesthetics and robustness of the weld.
Sensor skills can monitor the welding process in real time, and workers can use sensors to detect the welding process in real time. If there are welding shortcomings, they can be alerted in real time. The operator can press the emergency abort button through the education box to stop the loss in time, change the welding parameters or check the maintenance status of the welding robot, and then perform normal operation.
Commissioning before welding. Before the large-scale production of welding robots, it is necessary to debug to observe the degree of welding and the operation of each axis of the welding robot. After the adjustment is completed, it can be produced in batches, which is useful to avoid welding shortcomings.
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