Intelligent robot is a technological product of artificial intelligence technology, which can accomplish many things that human resources cannot achieve. Therefore, intelligent robot has a wide range of applications and high application value. With the continuous improvement of the degree of intelligence, intelligent robots have become an important driving force for the intelligent transformation in the industrial field.
In the field of intelligent robots, the development of laser welding robots has a long history. Laser welding robot is a robot engaged in welding work. It is a versatile, programmable control manipulator, commonly used in the field of industrial automation, and is a key link in industrial intelligence.
From the perspective of application value, laser welding robots have alleviated the pressure on workers during the use process. Their automatic operation mode has broken through traditional welding methods, promoted the popularization of welding automation, and continuously expanded the application field with the support of technological innovation. Currently, the application fields of laser welding robots can be divided into the following aspects.
Workstation field: That is, during the entire workpiece production process, it is necessary to coordinate the operation of the positioner and the welding robot to jointly achieve automatic welding. This requires that the movement of the positioner closely coordinate with the movement of the laser welding robot, so that the movement of the welding gun relative to the workpiece can meet both the weld trajectory and the requirements for welding speed and welding gun posture.
Production line field: The laser welding robot production line is to connect a single site workpiece conveying line and then form a production line. This production line maintains that each station can only use a fixed welding procedure to complete the predetermined work; When multiple stations are working, the laser welding robot will identify the workpiece during the production line process and automatically call up a program for welding.
Automotive parts field: Laser welding robots are currently widely used in the automotive manufacturing industry, welding in various areas such as automotive chassis, seats, and mufflers, especially in the welding production of automotive chassis. During this operation, laser welding robots replace the original arc welding operation, improving the welding quality, and also shortening the operation time.
In summary, laser welding robots have played an important role in the process of industrial intelligent transformation, and their advantages can be summarized in the following five points: first, they can stabilize and improve welding quality, reflecting the welding quality in numerical form; Second, save production costs and improve labor productivity; Third, it can reduce worker pressure and improve labor intensity; The fourth is to reduce the requirements for workers' operating skills; The fifth is to shorten the cycle of product upgrading and reduce corresponding equipment investment.
In short, no matter how the direction of progress in the industrial field is chosen, its intelligent development will be inevitable. In this context, the future development prospects of laser welding robots have attracted much attention.
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