40Ton-omnidirectional-lifting-AGV

Automatic Guided Vehicle

Automatic guided vehicle systems, also known as an AGV system, otherwise known as an automated guided vehicle, autonomous guided vehicles, or even automatic guided cart, is a system that follows a predestined path around a facility. An AGV automated guided vehicle is a motorized vehicle that carries a load through either an assembly, manufacturing, or warehousing facility. An AGV can take on any form a customer requires to best address their application needs.

Advantages of AGV:

1.Efficiency improvement: 24-hour continuous operation, reduced dependence on manual labor, and shortened production cycle.

2.Safety: Avoid manual operation errors and reduce the risk of work-related injuries.

3.Flexibility and scalability: Quickly adjust paths and tasks to adapt to changes in production lines.

4.Cost optimization: Reduce manpower, equipment maintenance and site occupation costs.

5.Data-driven: Real-time monitoring of transportation status and optimization of production processes.

Automatic Guided Vehicle Application

1. Manufacturing Industry

Automotive Industry: Transporting car bodies, engines, large molds, etc., supporting flexible production lines.

Heavy Machinery Manufacturing: Transporting large castings, welded parts or assembly components.

Metallurgical Industry: Transporting steel coils, steel plates, and high-temperature metal materials.

Chemical industry: transporting reactors, large storage tanks or hazardous chemicals.

2. Logistics and warehousing

Ports/airports: automated loading and unloading and stacking of containers and large goods.

Large warehouses: storage and sorting of palletized heavy goods.

Railway freight: cooperate with gantry cranes to carry out cargo handling in carriages.

3. Special industrial environments

High-temperature workshops: such as transporting high-temperature steel billets in steel plants.

Explosion-proof scenarios: transportation of flammable and explosive materials in the oil and gas industry.

Clean environment: heavy wafer handling in clean rooms in semiconductor factories.

4. New energy and infrastructure

Wind power industry: in-plant transportation of super-large components such as blades and towers.

Battery production: handling heavy battery modules or energy storage equipment.

Infrastructure engineering: automated transportation of prefabricated components and building materials.

5. Flexible production lines

Linked with robots and CNC machine tools to achieve precise cross-station delivery of heavy-loaded workpieces and support the construction of “dark factories”.