Smart manufacturing refers to the process of intelligently connecting intelligent equipment through communication technologies to realize automation of the production process. It also collects various data in the production process through various types of sensing technologies and uploads it to the industry through industrial Ethernet and other communication means. The server, under the management of the industrial software system, performs data processing and analysis, and integrates with the enterprise resource management software to provide an optimized production plan or customized production, and ultimately achieves intelligent production.
After more than 30 years of reform and opening up, China has established a relatively complete industrial system with an industry scale that accounts for about 20% of the world's manufacturing industry. However, the manufacturing industry lacks independent innovation capabilities. The key core technologies are subject to people, the quality level of the brand is not high enough, and the industrial structure is not reasonable. It is still "large but not strong." According to the data, China’s technology dependence on foreign markets is as high as 50%. 95% of high-end CNC systems, 80% of chips, and almost all high-grade hydraulic components, seals, and engines rely on imports. The cable used by the robot is very demanding. It not only has a strong signal transmission capability, but also has good wear resistance characteristics to ensure that the robot can play a better role.
Many people do not understand the robot cable, then we come to understand what the requirements of the robot cable?
1. Strong signal transmission capability
The work of the robot is mainly based on the instructions issued by the computer. However, how the computer signal can be transmitted to the machine driver depends mainly on the cable. If the cable quality is good, then the transmitted signal time is short and very accurate, but if the used cable quality is not good, it will inevitably affect the signal transmission, can not let the robot work stably, and execute relevant instructions.
2. Good wear resistance
Good wear resistance is a requirement that robot cables must meet because long-term cable movement can cause damage to the interior of the core. If the wear resistance of the cable is not good, it will affect the transmission of the inner core wire, thus making the control actuator unable to use normally, and it will also cause potential safety hazards. Therefore, the robot cable selected for use must have a stable and good wear resistance.
3. Excellent bending resistance
The bending resistance of robot cables is superior. Only cables with long service life can save resources and improve work efficiency. Long-life cables are the first choice for businesses. In order to meet the needs of use.
If the robot cable can meet the above three requirements, then such a cable is very suitable for robots. However, if the cable does not meet the above requirements, it must not meet the robot application requirements. The use of inferior cables will not only affect the use of the robot, but also cause damage to the robot and will not play its role.
What we can expect in the future is that with the continuous development of artificial intelligence, we will have more meaningful communication with robots, and the most important thing is that the robot systems will be more automatically integrated.
For robot cable manufacturers, this is a very good development trend. The development of a stable robot cable new product will lead to the promotion of smart manufacturing technology in China.
Digital Signage outdoor
digital signage outdoor
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