In 2017, the output of SAIC-GM Wuhan base exceeded 700,000 units, reaching 705,542 units. The annual average output and output value increased by more than 60%, creating a “fastest record†for mass production and production of a single factory in China.
"The intelligent robot that keeps wielding the robot, the automatic transport system (AGC) that comes back and forth, and the auto workshop has a 97% automation rate..." This is the scene of the first phase of the Shanghai General Motors Wuhan plant.
The body shop of the first phase of the Wuhan plant has 452 robots, and the automatic rate of the entire workshop is as high as 97%. In the observation of more than half an hour of car cloud, including various high-density robot welding, plasma brazing, rear wheel cover piping, and side wall materials, various robots are waving freely. Workers are almost invisible throughout the workshop area and are highly automated.
In the stamping workshop, the most noteworthy is the automatic cruising car (AGC) in the automatic transfer system, which can automatically carry out the handling of the rack according to the requirements of the system according to the instructions of the system. Before the application of this technology, the tradition The factory stamping workshops use the manual forklift to carry out the transportation of the racks. In the automated cart technology, the clogging and safety hazards that are easily formed by the crossover operations of multiple forklifts under the traditional transportation mode are avoided, and the labor cost of the forklift operation is reduced. And improve production efficiency.
Automatic cruising car
With the development of robots in the field of logistics, more and more companies are paying attention to and investing in research and development related products. At present, the domestic has developed a cargo storage robot that can lift more than 1,000 kilograms. The logistics personnel will use the handheld terminal to order the goods according to the stored data in the computer system. The storage robot will take the goods with the shortest route and the most economical time. Aligned to the shipping area.
Fiber Optic Rotary Joint, also known as optical fiber slip ring, optical fiber rotary joint, optical hinge, etc., is used to solve the problem of optical signal transmission between opposite rotating components, that is, to ensure that the transmission of optical signals is not interrupted due to rotation.
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