Stereoscopic Warehouse

1. Improvement on space utilization ratio

 

The space utilization ratio of a stereoscopic warehouse is closely linked with its planning. Generally speaking, the space utilization ratio of automated high-rack warehouses is several times or dozens of times that of common flat warehouses. Spatial storage is well received by people under the condition of extremely high land values nowadays.

 

2. Facilitate in forming an advanced logistics system to improve the production management level of enterprises.

 

Due to the adoption of advanced automated material handling equipment, an automated stereoscopic warehouse not only can make cargoes automatically stored and taken therein as required but also can be organically connected with logistics equipment (conveyors, RGV\AGV, etc.) outside the logistics equipment; in addition, the warehouse can become an important segment in production logistics of enterprises through a computer management system and the automated material handling equipment, thus forming an automated logistics system which is a kind of “dynamic storage” as well as an obvious technology trend of the development of automated warehouses nowadays.

 

3. Accelerate the storing and taking space of cargoes, relieve the labor intensity, improve the production efficiency

 

Other superiorities: the stereoscopic warehouse also has rapid out-put and in-put capacity, can rapidly and properly store cargoes into high-bay depots (in-put), and can rapidly and automatically send cargoes out in time (out-put).

 

4. Reduce overstock of stock capital, and economize on manpower

 

AS/RS system timely and accurately transfers cargo information and data to departments or group headquarters required by enterprises by effective management means and WMS management philosophy, which reduces the overstock of stock capital. In addition, the equipment operates fully automatically, thus saving a large quantity of warehouse management personnel.

 

5. The mark of modern enterprises

 

Modern enterprises adopt an intensive large-scale production mode, which requires close link of all the segments in the production process to form an organic integrity as well as scientific and practical production management, to realize scientific decisions. Therefore, building an automated high-rack warehouse system is one of powerful measures.

 

Automated Warehousing Types

 

Single-extended-position Pallet Storage System

 

It uses a double-extended-position fork, with the maximum unit weight of 1.25t, the stacking machine load of 2.5t and the maximum height of 35M.

 

Double-extended-position Pallet Storage System

 

It is divided into a single pillar system and a double pillar system, with the maximum unit weight of 4t and the maximum height of 40M.

 

Double-cargo-space Pallet Storage System

 

The stacking machine uses two forks or takes two pallets at a time in the fork extension direction.

 

High-density Pallet Storage System

 

It uses a pallet runner, and can be matched with a stacking machine or a forklift truck.

 

Gravity Rack & Pallet Storage System

 

The rack contains an unpowered roller; the pallet moves forwards based on gravity.

 

Pallet-free Storage System

 

The stacking machine directly transfers cable coils, paper rolls, unit devices, etc.

 

Special-size and Heavy-duty Storage System

 

The weight of cargoes stored in a single cargo space can reach 20t; the maximum height is 30M.

 

Box-type Storage System

 

A high-speed light stacking machine can directly transfer plastic boxes or cartons, with the maximum speed of 360m/min.