The automobile industry is a model in the traditional manufacturing industry, and it is also an industry with a high degree of automation and standardization. With industrial upgrading and technological iteration, the manufacturing industry has become increasingly digital, lightweight and intelligent, and the rise of new energy vehicles. In recent years, the automotive industry is also seeking intelligent assembly solutions that can comprehensively improve assembly efficiency while ensuring production quality. Program.

In the automotive industry, Siasun Doco collaborative robots have been used in several scenarios such as customer assembly, loading and unloading, nailing, gluing, and testing in several head areas of the automotive industry.

  Take engine tightening as an example. The collaborative robot can tighten the engine cylinder block through the end-mounted tightening module and the equipped screw automatic nail supply system to improve production quality. During the tightening process of the collaborative robot with the tightening gun, the automatic screw feeding system controls the nail output speed through the control unit and reminds the lack of material. The tightening module detects the screw in-position state through the screw in-position sensor, and the electric CNC screwdriver detects and torque through the depth sensor. The feedback confirms that the screw is tightened, and the robot can carry the tightening module to realize the multi-position fast tightening work.

Robots and vision systems for component inspection are also a more demanding technical application in the automotive industry. Collaborative robots use high flexibility and long arm span to perform the quality inspection of the front axle steering gear and the crankshaft position sensor blind insertion in a certain OEM. Manual inspection has the risk of missed inspection and false inspection, and the use of the collaborative robot end integrated vision system to achieve quality inspection can not only meet the inspection requirements, but also effectively improve the inspection quality.

In automobile manufacturing, the body-in-white formed by welding the steel plate after stamping is the most important skeleton part of the automobile. When the body-in-white leaves the factory, there are still a lot of metal shavings that fall during welding. Manual cleaning is often because the naked eye is not high enough, and the side walls are blocked, resulting in unclean cleaning. The two multi-G series collaborative robots can work together to solve this problem. With its extremely high flexibility, the collaborative robot can clean the interior of the car body without dead ends.

For typical manufacturing industries such as the automobile industry, in the face of changes in market demand, only when traditional industrial robots that adapt to large batches and small batches and collaborative robots that adapt to flexible production can complement each other can they be formed that can better meet the requirements of modern production. A more scientific automated production system. Collaborative robots are looking forward to exploring the application of collaborative robots in the enterprise industry with more customers in the automotive industry to help further increase the automation rate of the automotive industry.

Cobot,  collaborative robort