On October 10th, Chongqing's first automotive welding intelligent manufacturing system was successfully developed by Chongqing Langwei Yingnuo Electromechanical Engineering Co., Ltd., and will be launched at Changan Automobile Fish Mouth Base by the end of this year. At that time, multi-platform models can be produced simultaneously according to user needs.
Lu Ping, general manager of Chongqing Longwei Yingnuo Electromechanical Engineering Co., Ltd. told reporters that “automobiles are planned and futures production, which are produced several months in advance, and cannot fully meet the needs of users, and will generate inventory vehicles.” More than a year ago, Langwei Inno began to develop intelligent manufacturing systems for automotive welding lines according to customer needs.
According to Zhang Ping, after the introduction of the new system in the automobile production line, the color, style, material and configuration can be selected within the optional range according to the needs of the seller, and the production is as simple as the chef “garnish”. At the same time, it can monitor the operation of the entire production line equipment and feedback relevant data in real time, such as energy consumption, failure time, quality defects, product online status, etc., to strictly control the quality of the vehicle.
Multi-platform models will go hand in hand. The first automotive welding system will be launched.
The engine, gearbox, axle, frame, body and carriage of the car are inseparable from the application of welding technology. Among them, spot welding, gas shielded welding and brazing have the characteristics of large production volume, high degree of automation, high speed, low consumption, small welding deformation and easy operation. Therefore, it is particularly suitable for automotive body sheet covering parts, so welding technology becomes modern machinery. A necessary process in manufacturing, the most widely used in automotive production.
In fact, the composition of the intelligent welding production line is inseparable from the welding robot. Traditional welding robots mainly include two parts: robots and welding equipment. The robot consists of a robot body and a control cabinet (hardware and software). For welding equipment, for example, arc welding and spot welding are composed of welding power source (including its control system), wire feeder (arc welding), and welding torch (clamp). The smart welding robot comes with a sensing system.
For the time being, welding robots produced in countries around the world are basically joint robots. Well-known foreign automakers such as American General Motors, Volkswagen Volkswagen and Toyota of Japan have used laser welding robots in large quantities on automobile assembly lines to replace traditional resistance spot welding equipment, which has achieved lightweight design of automobile bodies, saving a large amount of manufacturing materials and improving product quality. Grade. The welding robot can reduce the labor intensity, improve the production efficiency, and realize the stability of the welding robot work and the consistency of the welding product quality. Therefore, the automobile manufacturing industry is the main industry of welding robot application, and the welding robot accounts for a relatively high application in the automobile industry. The largest industrial robot application area.
Overall, Chongqing's first automotive welding intelligent manufacturing system is just the beginning. In the current stage of China's automobile sales growth slowdown, the speed of vehicle replacement is accelerating, and the demand for the transformation of automobile manufacturing production lines is strong, the application of intelligent welding production lines will be more extensive. With the trend of intelligent manufacturing, the automotive industry's demand for technologies such as "automobile welding intelligent manufacturing systems" is not limited.