Audi has always used technology as a selling point for its products. This time, Audi has brought the technology to the extreme and painted a future car factory, the Audi Smart Factory. In this factory, the UR robot will replace the manual to achieve the installation and fixing of trivial parts. Parts logistics is a key factor in ensuring efficient production throughout the plant. So in Audi's smart factory, this task was all handed over to the driverless system. Even the forklift is self-driving and does not require manual operation, turning it all into real automation. Of course, in addition to unmanned forklifts, drones also play an important role in the factory. In this automated factory, trivial parts are not required to be fixed by hand, and are all done by a lightweight robot. In the picture are flexible assembly vehicles that will replace the manual screws responsible for tightening the product. A robotic arm like the Avalokitesvara can automatically recognize the position according to the set program and tighten the screws. It is a big helper for workers and will promptly indicate where assembly is needed and monitor after assembly is complete. Complex Wire Harness assembly work still needs workers to complete. At the time of assembly, the assembly assistance system can assist the workers in the whole process, prompting the position, passing the test or not, and improving work efficiency. Unlike ordinary grab robots, the Audi Smart Factory's robot has one of its highlights. Its flexible tentacle is similar to the chameleon's tongue, making it even better and more flexible in grabbing parts. With flexible tentacles, the flexible gripping robot can easily grasp fine parts such as nuts and gaskets. This is something that ordinary grab robots can't match. Here, VR technology is applied to virtual assemblies, and by this way of simulating real assembly, they can discover problems in the development phase. With this VR device, developers can pre-assemble parts in a virtual environment and derive problems from real effects when it comes to real assembly. This is a device that is similar to an assembly aid system that analyzes the parts that are seen and identifies problems and defects. 3D printing technology will be popularized in Audi's smart factory, and 3D printing technology will complete the production of most parts of the car. 3D printers that have already been manufactured can make objects from powdered plastics, and the next step will be to develop 3D metal printers. To this end, Audi has specially designed a metal printing laboratory for research and development. Medical Defibrillator Wire Harness
Medical defibrillator wire harness is a very successful case of our factory, and it is also a more representative customized wiring harness. A defibrillator is a medical device that uses a strong pulse current to pass through the heart to eliminate arrhythmia and restore sinus rhythm. Defibrillation is one of the most important steps in performing CPR.
For the engineering department of Kable-X R&D and innovative design fro wiring harness, it is responsible for the company's engineering technology and engineering research and development, and analyzes the new customer samples (drawings/custom samples) provided by the business at the first time, so as to improve the company's interests. Put first, supervise and manage the cost, and do a good job of cooperating with other departments.
We produce a large number of Medical Cable Assembly, including Ventilator Wire Harness, Medical Defibrillator Wire Harness and Medical Aid Equipment Wire Harness.
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