AGV can be called "automatic guided vehicle", is a kind of automated handling equipment, mainly used in logistics, warehousing and manufacturing scenarios, can complete the unmanned, automated and efficient material handling tasks.
The design of the AGV is simple, and it can be customized according to the user's needs, and its central controller controls the direction of vehicle travel. Vehicle traveling direction, to achieve displacement, rotation and other movement modes.
There are many advantages of AGV, which are mainly reflected in the following aspects: firstly, it can improve the efficiency of material transportation, reduce the labor intensity of the employees, thus saving the labor cost; secondly, AGV can travel according to the set routes, which can effectively avoid the conflict between the personnel and the equipment, and reduce the loss of the equipment; thirdly, it is applicable to different logistics scenarios, such as the warehouse, airports, hospitals and so on. Third, it is applicable to different logistics scenarios, such as warehouse storage and transportation, airports, hospitals, etc. However, there are some drawbacks, such as the purchase and installation costs are too high, the ability to adapt to the environment and equipment is limited.
With the continuous development and improvement of intelligent manufacturing, Internet of Things, and artificial intelligence technology, the application of AGV trucks is becoming more and more widespread. In the future, it will appear in more different scenarios, such as intelligent factories, logistics parks, super distribution and so on. As a result, AGV handling equipment is believed to be one of the important driving forces to promote the intelligent development of the logistics industry.