(1) It can improve the welding quality and ensure the stability of the welding quality. For electric welding, although the welding parameters have been set in advance during manual welding, in manual welding, the different angles of the welding joint position and the welding tong will affect the welding quality and uniformity of the welding joint, and sometimes there will be wrong welding and missing welding, when the welding space is small, the welding tong is also easy to touch the workpiece and ignite, and the use of robot welding can avoid these shortcomings.
(2) Labor productivity can be improved. The robot has no fatigue and can produce continuously 24 hours a day, and with the application of high-speed welding technology, the efficiency improvement will be more obvious with the use of robot welding.
(3) Improving the working conditions of workers. With robot welding, workers are far away from welding arcs, smoke and splashes, etc., and no longer carry bulky manual welding tongs, so that workers are freed from high-intensity manual labor.
(4) The product cycle is clear, and it is easy to control the product output. The robot's production cycle is fixed, so the production schedule is very clear.
(5) It can shorten the cycle of product modification and replacement, and reduce the corresponding equipment investment; It can realize the welding automation of small batch products, and can also realize the mixed-flow co-linear production of multiple models of automobile body-in-white
(6) The performance of industrial robots continues to improve (high speed, high precision, high reliability, easy operation and maintenance), and the price of a single machine continues to decline. The mechanical structure is developing towards modularization and reconfigurability.
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Arc welding robot system composition
General arc welding robots ...
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