toward all directions Shuttle Rack The storage density of is a variable affected by many factors.
From the structure of the shelf itself, its storage density is closely related to the size of the shelf. In general, the height, length and width of a shelf determine its basic spatial framework. For example, in the height direction, higher shelves can use more vertical space. The height of the general four-way shuttle shelf can reach more than ten meters or even higher. Compared with the traditional low shelf, it can store more goods in the unit area. In the plane layout, the aisle width design of the shelf is also critical. The four-way shuttle rack can travel in four directions, and its channel width can be wider than that of traditional drive-in rack It is narrower, so that more locations can be set in the same warehouse area.
The size and shape of goods also have a significant impact on the storage density. If the goods are regular in shape and uniform in size, such as standard rectangular cartons, they can be arranged more closely on the shelves. Taking the carton with the size of 1m × 1m × 1m as an example, a high space utilization rate can be achieved through a reasonable design of the shelf location. However, if the shape of the goods is irregular, such as mechanical parts with protruding parts, special cargo space design or pallets may be required to place them, which will reduce the storage density to a certain extent.
In addition, the storage mode is also one of the influencing factors. Appropriate storage strategies, such as dense storage, can improve the storage density. For example, goods of the same type can be stacked and stored according to the batch or production date, and goods can be stacked in multiple layers in the vertical direction using the lift function of the shuttle. Moreover, the way the pallet is used is also important. If the size of the pallet matches the size of the shelf location well, space waste can be effectively avoided.
In practical application, the storage density of four-way shuttle shelf can reach a high level through reasonable planning and design. Some modern large-scale automated warehouses can store about 1-1.5 tons of goods per cubic meter of space through warehouse layout planning, optimizing cargo storage strategies, and selecting appropriate shelf and pallet sizes. However, this is only a rough range. The specific storage density needs to be evaluated and calculated according to the actual situation of the warehouse, including the warehouse building structure, cargo characteristics, equipment performance and other comprehensive factors, so as to give full play to the storage advantages of the four-way shuttle shelf.
