Automated guided vehicles are driverless vehicles designed for material transport in industrial settings. These automatic guided vehicles use advanced navigation and control systems, such as sensors and cameras, to move safely and efficiently. AGVs automate tasks like transporting goods and managing
You will encounter several main types of automated guided vehicles in modern industry, each designed for specific tasks. These include automated forklifts, towing or tugger AGVs, unit load carriers, assembly line vehicles, and special purpose robots.AGV TypeDescriptionMarket PositionAutomated Forkli
Automated guided vehicles (AGVs) bring immediate and lasting benefits to your warehouse and factory. You gain efficiency, safety, and cost savings by using AGV solutions for precise material handling. AGVs reduce labor costs, minimize product damage, and support industrial automation. You solve work
The stacker is the core equipment of the entire automated warehouse, which can carry goods from one place to another through manual, semi-automatic, or fully automatic operations. It is composed of upper and lower beams, uprights, pallets, counterweights, and various telegraph control elements. The stacker relies on the main machine to move, the pallet to rise and fall, and the fork to retract to move the unit cargo in three directions of the warehouse, thereby achieving the task of putting/taking out the cargo on the rack. The working capacity of the stacker determines the maximum capacity of the entire automated storage and retrieval system.
An automated dense warehouse in the form of a stacker+two-way shuttle vehicle utilizes the characteristics of the stacker running in the front and back of the main roadway, up and down directions, and the shuttle running in the sub roadway. The two devices are coordinated through WCS software scheduling to complete the collection and delivery of goods.
The advantages :
1. It can fully automate operations, improve work efficiency, and greatly reduce work time;
2. Good safety and reduced collision;
3. High density storage, warehouse utilization ratio 20% higher than that of roadway stacker warehouse;
4. Economical and affordable, with a lower investment cost than a stacker warehouse;
5. More flexible operation methods.
The stacker is the core equipment of the entire automated warehouse, which can carry goods from one place to another through manual, semi-automatic, or fully automatic operations. It is composed of upper and lower beams, uprights, pallets, counterweights, and various telegraph control elements. The stacker relies on the main machine to move, the pallet to rise and fall, and the fork to retract to move the unit cargo in three directions of the warehouse, thereby achieving the task of putting/taking out the cargo on the rack. The working capacity of the stacker determines the maximum capacity of the entire automated storage and retrieval system.
An automated dense warehouse in the form of a stacker+two-way shuttle vehicle utilizes the characteristics of the stacker running in the front and back of the main roadway, up and down directions, and the shuttle running in the sub roadway. The two devices are coordinated through WCS software scheduling to complete the collection and delivery of goods.
The advantages :
1. It can fully automate operations, improve work efficiency, and greatly reduce work time;
2. Good safety and reduced collision;
3. High density storage, warehouse utilization ratio 20% higher than that of roadway stacker warehouse;
4. Economical and affordable, with a lower investment cost than a stacker warehouse;
5. More flexible operation methods.
