Radio shuttle racking could improve the warehouse storage capacity by up to 85% compared to conventional systems by its utilizing high-density, deep-lane storage that eliminates the need for forklift aisles between every rack. The system uses battery-powered shuttles to move pallets, allowing for storage depths of up to 100 pallets.
Key ways radio shuttle racks enhance storage capacity:
- Maximized Space Utilization: By removing most forklift aisles, more floor space is converted into storage, increasing utilization by roughly 30%.
- Deep Lane Storage: Shuttles operate within deep channels, allowing for more pallets to be stored per square meter.
- Increased Height and Density: These systems can be built higher than traditional racks, operating effectively in high-density configurations.
- Reduced Operating Costs: The automation reduces the need for multiple forklifts, reducing aisle space and allowing for higher density.
- Versatile Storage: The system supports both FILO (First-In, Last-Out) and FIFO (First-In, First-Out) methods, maximizing flexibility for different SKUs.
It is an indisputable fact that កាំជណ្ដើរវិទ្យុ has been well received by SMEs in recent years. They have their own characteristics, making it more efficient in the limited space than other general storage racks, with many other traditional racks that are not available. In recent years, how do SMEs use the Radio Shuttle Racking system to save money?
In order to save land cost, small and medium-sized enterprises often need to improve storage capacity and operation efficiency in limited space, so they can only seek a turnaround in storage equipment. Then it will be said that the Radio Shuttle Racking system is relatively inexpensive compared to other rack forms, but the cost advantage is obvious compared to the increase in the land added to the equipment.
Radio Shuttle Racking is somewhat similar to the drive in rack, but compared with them, they have many special features. They all use forklifts at the same time, but the Radio Shuttle Racking is just a forklift to put the goods on one end of the shuttle, and then the steps are given to the shuttle car. Drive in rack needs the fork to go inside the racks to carry on the goods and take the goods, thus reducing or avoiding the possible damage to the racks. From storage capacity, it has obviously higher storage advantages than heavy rack, push back rack and gravity rack. Although through racks are also intensive inventory, but in terms of stability and safety, compared with Radio Shuttle Racking slightly deficient.
Of course, the biggest advantage of Radio Shuttle Racking is their automatic storage mode.
In the field of automated warehousing, compared with the ASRS, the cost of building is also more advantageous. In many small and medium-sized enterprises, the Radio Shuttle Racking system between the upgrading of the original and the better storage rack system will be the best choice. In the terminal controlled shuttle system, the FIFO or FILO function can be flexibly selected according to the actual situation. And because of its automatic design and operation advantages, it is very suitable for the use of extreme warehouses, such as cold storage, so as to reduce the activities of personnel as much as possible and improve the practical work efficiency.
The technical difficulty of Radio Shuttle Racking: one of the core parts of Radio Shuttle Racking is shuttle car, which is also the main part of its automation. In this way, the demand for it is very high. Because its operation is controlled by remote terminal, it is very important to ensure its normal communication and long-term operation within the design range.