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AGV is an computerized navigation transport car or truck, which refers to a transport vehicle built with magnetic or perhaps optical computerized guidance devices that can drive along a approved guidance way, and has safety coverage and various transfer functions. AGV can be a battery-powered, unmanned automated car or truck equipped with noncontact guidance devices. Its primary function is to be capable to walk the car more accurately and stop to the designated area under the computer monitoring, according to the path planning and procedure requirements, to complete a series of operations such as transfer and transportation.

The application of emerging technologies such as artificial intelligence in the developing industry has spawned a number of different hardware devices, such as collaborative robots, and brought latest product segments to hardware device suppliers. For AGV, in the process of traveling, machine vision can be used to judge the important information such as travel route, material position, surrounding environment, etc., resources, semi-finished products and products can be transported across procedures, production lines, and areas to accomplish flexible production processes. Totally embody its automation and overall flexibility in the automated logistics system, and realize efficient, economical and versatile unmanned production.
Logistics robots refer to robots that are used found in warehouses, sorting centers, and transportation scenarios to perform operations such as cargo transfer and handling. With the rapid advancement of the logistics industry, the use of logistics robots is accelerating. In different software scenarios, logistics robots could be split into AGV robots, palletizing robots, and sorting robots.
1.omnimove agv vehicle could be adapted to various complex conditions.
2. The whole operation condition and route could be planned by the development system to attain the best working status.
3.omnimove agv vehicle has a compact way submarine structure, flexible walking, towing potential may reach 100 tons.
4. omnimove agv vehicle can be realized relative to Belly or multiple sites of handling the task back and forth.

Forklift AGVs have the ability to automatically grab and deliver pallets, rolls, carts, containers, and several other transportable loads.
Robot forklift AGVs can be manually driven off the Guidepath to get a load and then placed back again on the Guidepath for
automated travel and delivery. Pick up and delivery can be performed at ground level or even to stands, racks, and conveyors.
Explanation: Paste a good QR code on the floor far away. The QR code Mobile Slam Robot contains information about the path of the robot’s movement. The robot can manage based on the information. Positive aspects: The efficiency improvement in warehousing is quite obvious. Easy cluster procedure. Easy to collaborate with different robots (manipulators or drones). Disadvantages: It is employed in huge warehouses for sorting, and it can often be necessary to build the entire system rather than just being truly a robot. Not very useful for tiny warehouses. There are restrictions on the venue (stay a QR code on the ground). Generally, people aren’t allowed to enter the robot procedure area. Typical application situation: express warehouse sorting. Comment: For robots, the technological difficulty isn’t high, but significant warehouses often need to purchase the complete system. There are relatively high technical requirements for the design of the entire system and the thorough management of the complete robot group. Such a system is not too practical for small warehouses.