Currently, foreign trade enterprises with automatic coiler face four prominent difficulties. How to improve work efficiency and eliminate labor costs, promote company production, improve product quality, promote the development of automation and intelligence, and promote the development of intelligent logistics and supporting facilities.

The development of intelligent technology will promote the arrival of related industries, and in terms of technological level and experience, it will greatly improve the intelligence of domestic logistics and warehousing logistics. The improvement of intelligent technology may determine the importance of industrial productivity and supporting facilities. The demand for industrial intelligence and warehouse automation will be determined.

AGV intelligent handling robots, as the basic handling equipment of intelligent technology, are widely used in industries such as mechanical manufacturing, automotive parts, chemical, food, and machinery. After system integration, there are currently six common types of AGV handling robots on the market, such as batteries, chargers, trailers, stakes, and other transmission methods such as tugboats. Main features.

AGV intelligent parking robots can serve as three basic components of lower modernization construction, reflecting the social advantages of artificial intelligence and promoting the development of China's AGV intelligent industry.

Mihai AGV robot tells you why industrial AGV vehicles choose laser SLAM navigation AGV?

SLAM algorithm navigation combining laser and vision, with flexible and convenient use for setting and changing navigation paths and sites on the computer; Mihai Light Load SLAM Navigation AGV Intelligent Car, navigation path and station identification do not require any construction, greatly reducing construction costs; This industrial handling robot is suitable for handling with a large number of loading and unloading points and frequently changing stations, accurately moving from warehouse locations to various workstations on the production line, and for handling with a relatively long navigation path.

Mihai UVC disinfection robot is an intelligent epidemic prevention robot with autonomous navigation and obstacle avoidance. The efficiency of autonomous disinfection is 6 times that of manual disinfection mode, and it can disinfect 35 square meters in 3 minutes. Epidemic prevention robots can identify the overall environment that needs to be disinfected, and then plan disinfection paths to automatically disinfect, with disinfection efficiency reaching 99%~999%. UVC disinfection robots can automatically disinfect and kill viruses and bacteria, effectively limiting the spread of the coronavirus without putting medical personnel at risk of infection.