The principles of warehouse design need to be followed for maximum efficiency. Important step in the warehouse construction process. Taking advantage of the design ability to store no goods well, it is necessary to optimize the design management, optimize the free space, optimize the storage area.
The principles of warehouse design need to be followed for maximum efficiency. Important step in the warehouse construction process. Taking advantage of the design ability to store no goods well, it is necessary to optimize the design management, optimize the free space, optimize the storage area.
The principles in warehouse design need to be followed
Container design is a necessary activity and should be taken seriously
+ Organize and distribute warehouse space
+ Create separate activity areas with storage areas
+ Do urgent and prioritized tasks for each business
+ Create a scientific space that meets aesthetic criteria
+ Save time searching for warehouse products
Complying with the above is easy to arrange neatly, greatly saving costs incurred when keeping the warehouse shelves. Helping investors manage the production and storage of goods and easily find them without clutter, speeding up time and reducing effort.
Principles of scientific warehouse arrangement
The minimum rule is to save it for later to check, easy to import and easy to find. Applying this principle, the uptime management of the entire warehouse is optimized to run smoother and faster.
+ Use SKU code to manage goods
+ Sorting warehouses by categories and assigned areas
+ Principles of FIFO, LIFO, FEFO... to ensure goods are not overdue
Allocate storage area
Design when storing goods according to storage areas to facilitate import and export tasks and inventory management, easily know the type and quantity of goods. Infrequently used goods have less storage space than high-turnover goods and require large storage space. Will meet the turnaround time of the system to be faster.
Select shelves according to the quantity of goods
The higher the number of goods, the more shelves because it is proportional to the volume of goods and the number of shelves. The design and selection of appropriate shelves for storage will both save and easily manage the combination of mesh racking systems so that it is convenient for when choosing goods to import and export goods without having to move much.
The FAST method is widely applied in warehouse design. When designing warehouse premises, engineers often apply FAST method to do this
F- Flow The flow of planned activities is clearly and logically distributed. Ensure the movement of goods in the warehouse always follows an uninterrupted flow
A-Accessibility The ability to access the necessary tools and goods in the warehouse must meet the ability to quickly access the optimal process to bring high efficiency.
S-Space optimizes space during the design process to keep the warehouse operations running smoothly with little trouble. Investors can install shelving systems to store all goods.
T-Throughput throughput creates the process of interaction between the materials and the space in the warehouse. The warehouse is designed so that it is suitable for the height and width enough to transport goods conveniently.
