In the intelligent manufacturing planning of the semiconductor industry, plant space utilization is one of the issues that these companies consider more. Since the prices of materials and products are relatively expensive in semiconductor production, they have more stringent requirements for the production environment and have high requirements for cleanliness. For example, the microparticles in the transition workshop of the general semiconductor industry need to reach class 100, which also leads to The overall construction cost of the workshop is high, so the unit cost per square meter of the workshop is high. Enterprises often try to squeeze the space utilization rate and improve the flat efficiency ratio.

Secondly, yield rate is the focus of such companies. The entire semiconductor production process, silicon crystals and other products are very sensitive to vibration. In order to ensure that there is no damage or damage in the production process, vibration during the process is often required to control the vibration during the process to reduce the overall problem rate.

Finally, human problems cannot be ignored. In all clean workshops, static electricity or hairs inadvertently generated by the human body may cause environmental pollution and cause damage to expensive equipment and products. At the same time, it is difficult for people to fully arm themselves to work for a long time in a small and depressed environment. The decline in efficiency and status and unstable and discontinuous working hours have made many semiconductor companies realize the great value of automation, difficulty in recruiting workers and jobs. Factors such as stability have become inevitable problems facing the semiconductor industry.

The preliminary equipment layout, production rhythm, material flow, infrastructure, etc. of MiR➕UR composite robots are directly matched with the automation process to ensure that all layouts are planned in all aspects and are more efficient. The use of composite robots to directly complete production processes such as handling reduces product uncertainty caused by vibration and helps enterprises realize preliminary preparations for intelligent manufacturing equipment in hardware planning.

In the semiconductor factory application of the entire set of intelligent logistics system, many customers have found that intelligent systems can indeed solve the problems that many traditional offline people are prone to errors, and at the same time directly solve the problem of informationization of flow processes such as handling and loading. Under the unified interactive scheduling system, production line efficiency is concentrated and intuitive, which can help enterprises improve the originality of their overall work and achieve a number of indicators including production yields. This stable yield and production capacity will undoubtedly bring huge advantages to the business operations.