在产业链方面应当保持长链与高投入特征，并借助长期性的发展构建可信品牌，

In terms of the industrial chain, the characteristics of a long chain and high investment should be maintained, and long-term development should be used to build a credible brand so that customers can maintain a high degree of trust. With the help of the upstream and downstream methods of constructing the industrial chain of industrial robots, the problem of obsolete robots and supporting equipment can be minimized, and the inflection point can be accelerated. This is also an effective way to promote the continuous development of industrial robots and ensure that the market is booming. The reliability of industrial robots and factors such as material selection and optimization, core components, manufacturing, process processing, and integrated debugging have a significant influence on the development of the entire industrial robot industrialization. Statistics show that the current domestic industrial robots are relatively poor in reliability and are prone to failure problems, such as the structural accuracy of high-speed rotation, interface plug-ins, and frequent switch operations. In foreign countries, this aspect is relatively high, and the average trouble-free running time can reach 50,000 hours. In this regard, it is necessary to further improve the reliability research on industrial robots in the future to provide continuous and stable support for industrial production.

In the industrial chain should maintain long chain and high investment characteristics, and with the help of long-term development to build a credible brand, so that customers maintain a high degree of trust. With the construction of industrial robots in the industrial chain upstream and downstream way, can minimize the problem of robots and supporting equipment, can achieve inflection point accelerated arrival, which is also an effective way to promote the sustainable development of industrial robots and ensure that the market blowout development. The reliability of industrial robots, as well as material selection and optimization, core components, process manufacturing, process processing and integrated commissioning, have a significant impact on the industrialization of industrial robots. Statistics show that the current domestic industrial robots in terms of reliability is relatively poor, prone to failure problems, such as high-speed rotation of structural accuracy, interface plug-ins and frequent operation of switches and other problems. In foreign countries this aspect is relatively high, the average trouble-free running time can reach 50,000 hours. In this regard, in the future, we need to further improve the reliability of industrial robots research, for industrial production to provide sustained and stable support.

In order to maintain the long-term development of the industry chain, we should build a high degree of trust with the help of customers. With the help of the upstream and downstream way of building industrial robot industry chain, the problem of robots and supporting equipment can be reduced to the greatest extent, and the inflection point can be accelerated, which is also an effective way to promote the sustainable development of industrial robots and ensure the blowout development of the market. The reliability of industrial robot, material selection and optimization, core components, processing and manufacturing, process processing and integrated debugging and other factors have a significant impact on the development of industrial robot industrialization. Statistical data show that the reliability of domestic industrial robots is relatively poor and prone to failure problems, such as the structural accuracy of high-speed rotation, interface plug-ins and frequent operation of switches. In foreign countries, this aspect is relatively high, and the average time between failures can reach 50000 hours. Therefore, in the future, it is necessary to further improve the reliability research of industrial robots to provide continuous and stable support for industrial production.<br>