In the field of industrial logistics, the use of intelligent and automated packaging manufacturing has become a necessary condition for the realization of intelligent production. Therefore, building an intelligent logistics system has become a necessary choice for enterprise innovation.

When it comes to intelligent logistics systems, we have to talk about AGV cars. AGV is the abbreviation of Automated Guided Vehicle in English, that is, automatic guided vehicle. The AGV uses the network to transmit control signals, and learns the surrounding conditions through the navigation device to autonomously plan and adjust the path of travel, so as to better load, unload and transport materials. The characteristics of no need to lay track light fixtures maximize the flexibility of AGV equipment. The characteristics of high efficiency, automation, intelligence, and flexibility make it widely used in various industries.

The application of AGV trolleys in the logistics transportation industry has a history of more than 60 years. It can be said that it is the core equipment in the intelligent logistics system to receive instructions to automatically transport products to the designated location. But does the company use the mobile handling robot AGV to build an intelligent logistics system?

Merely replacing the mover, it can only be said to be an automated standard moving equipment, and it cannot be called an intelligent moving robot. The real AGV intelligent logistics system should be like a logistics expert, understand the operation of the entire system, be able to command, feedback and learn error correction, and flexibly deal with problems that occur in application scenarios.

Compared with other handling robots, the hybrid navigation AGV independently developed by Danbach Automation can best reflect the superiority of its products in its automation and flexibility. It has fast action, high work efficiency, simple structure, strong controllability and good safety. And other advantages, to achieve efficient, economical and flexible unmanned production.