How to place warehouse racks more practically?

We all know that warehouse racks are stretchers used to place goods in the warehouse. With the acceleration of industrialization, the requirement for warehouses is to store and operate more efficiently to improve the efficiency of enterprise operations. Stretcher fully utilizes storage space and can reach a maximum height of over 40 meters, while regular racks typically reach 3-5 meters. So what if warehouse racks are more practical and efficient to place?

For warehouse racks, improving space utilization and maximizing storage space range is the most important issue. The greater the space utilization, the greater the economic benefits. Because racks are racks for storing goods, when designing racks, it is necessary to design the length, width, and direct distance between racks based on the shape, size, weight, and other data of the goods themselves. Generally, racks that are close to the wall should have single-row racks, while those that are not close to the wall should have double-row racks.

In the design of warehouse rack placement, attention should not only be paid to providing space utilization but also to considering the maximum number of racks that can be placed. The higher the space utilization rate of the warehouse, the lower the feasibility and convenience compared to actual operation. For example, a single row of racks placed against a wall manifests the feasibility of actual operation. If two rows are placed on one side of the wall, the inner row of warehouse racks is inconvenient for storing and storing goods, and if the warehouse racks are placed in a single row without walls, it will cause space waste. It is assumed that each row of racks has a distance, usually set at 1 meter, which is convenient for storing and storing goods.

In short, it is necessary to have a comprehensive understanding of the warehouse environment, such as warehouse area, type, passageway, height, ground level, fire prevention facilities, etc, and related equipment: such as forklifts, stackers, and elevators. The aisle is required for forklifts. Turning length, etc. Following the principle of smooth flow of goods, it is necessary to ensure that manual and mechanical operations can be carried out smoothly.