Export automatic coiler declaration process, tape packaging process, product structure: Organize product processing according to industry regulations and technical requirements.

With the expansion of the winding machine market, the research and development of palletizing robots is also increasing, and people need more handling robots.

Moving robots have more advantages than human bodies. Unmanned driving can not only replace people's work, but also improve the efficiency of ground moving and moving operations. The application range of automatic palletizing robots is that unmanned driving is also a necessary factor for unmanned driving.

The application of robotic palletizers is an intelligent high-tech. It not only reflects the intelligence level of the warehouse, but also changes the image of traditional warehouses.

What is the sustainability of this warehouse being investigated? With the increasingly widespread application of AGV robots, the emergence of manual palletizing machines has greatly improved work efficiency. However, due to the continuous progress of manual labor and human progress, many AGV robots have problems with their own bodies, including pre pulling unmanned driving.

The advantage of AGV handling robots is that they can adapt to the needs of different work environments by modifying programs, automatically modifying, calibrating, and monitoring the entire process, effectively reducing repeated shipping time and waste of goods.

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.