AGV (Automated Guided Vehicle) has a wide range of applications in many fields, mainly including automatic transportation, flexible assembly lines, warehouse management and other aspects.
AGV is used in photovoltaic new energy, automobile, tobacco, medicine, food, chemical, home appliances, e-commerce and other industries. For example, AGV robots are responsible for automatically transporting raw materials, such as paper, textiles, steel, etc., from warehouses to production lines, which is more accurate, fast and safer than manual transportation. In flexible assembly lines, AGV robots can operate freely and independently through intelligent control systems to form highly flexible assembly lines, replace traditional conveyors, reduce labor intensity, save space and time. In addition, AGV can also be used for intelligent warehousing implementation forms such as shelf-to-person, goods-to-person, and material warehousing management to improve warehouse space utilization and operating efficiency.
The main advantages of AGV include improving production efficiency, reducing labor intensity and saving costs. As a necessary automated handling and loading and unloading means for connecting and regulating discrete logistics management systems, the scope of application and technical level of AGV have been rapidly developed. In the field of modern logistics and warehousing, AGV realizes the fast and accurate handling of goods through the application of high-level shelves, improving the space utilization and operation efficiency of warehouses.
There are many navigation methods for AGV, including magnetic strip guidance, laser guidance and RFID guidance. Magnetic strip guidance is the lowest cost method, but the site setting has certain limitations; laser guidance has the highest cost and high site requirements; RFID guidance has moderate cost, more convenient site setting, and high security and stability. These navigation methods enable AGV to be flexibly applied in different environments.