Core Advantages of Automated Stereoscopic Warehouse - Spatial Dimension

As the core of modern warehousing technology, Automated Stereoscopic Storage (AS/RS) has advantages in multiple dimensions such as space utilization, efficiency improvement, cost control, and management accuracy, and can adapt to diverse industry scenarios. Including six core dimensions of space, efficiency, cost, management, safety, and adaptability, today we will mainly introduce the specific advantages of the spatial level:

1、 Space utilization: Breaking through physical limitations and maximizing storage potential

Maximizing the Utilization of Vertical Space

The height of traditional flat or shelf warehouses is usually 3-5 meters, while the height of automated three-dimensional warehouse shelves can reach 10-40 meters (with a maximum record of over 50 meters), achieving "space in the air" through high-rise three-dimensional shelves.

The storage capacity per unit area is 3-5 times that of traditional warehouses, and some dense three-dimensional warehouses (such as shuttle car three-dimensional warehouses) can even reach 8-10 times.

For example, a traditional warehouse of 1000 square meters can store about 500-800 pallets, while a three-dimensional warehouse of the same area can store 2000-4000 pallets, especially suitable for urban core areas or industrial parks with high land costs.

Intensive storage "intensive" layout

The shelves are designed with a dense arrangement, and the aisle only reserves space for stacker cranes or shuttle trucks (1.5-2 meters wide), without the need for manual channels, reducing the space waste of "manual operation channels accounting for 30% -50%" in traditional warehouses.

Comparison: The traditional pallet rack warehouse requires a aisle width of 3-4 meters (for forklift access), while the aisle width of the three-dimensional warehouse is only one-third to one-half of it, further increasing spatial density.