(1) Load-bearing capacity: The rack should be able to withstand the predetermined maximum weight and have a certain safety factor.
(2) Stability: The structure should be stable and not easy to tilt or collapse, especially after loading goods.
(3) Ease of use: The design should be easy to assemble, adjust and disassemble for easy use and maintenance.
(4) Space utilization: Maximize storage space while taking into account the size and shape of the goods.
(5) Adaptability: Suitable for a variety of storage environments, such as temperature, humidity, etc.
(6) Aesthetics: The appearance design should be simple, generous and in line with aesthetic principles.
(7) Standardization: The design should follow relevant national and international standards to ensure quality and compatibility.
(8) Environmental protection: Consider the use of environmentally friendly materials and recyclability.
(1) Functionality: The rack design should meet the basic needs of storing and displaying goods, including reasonable space utilization, easy access and operation.
(2) Safety: The design must ensure stability and safety during use, including sufficient load-bearing capacity, anti-dumping measures and avoidance of sharp edges.
(3) Durability: Use high-quality materials and processes to ensure that the racks are not easily damaged during long-term use and reduce maintenance costs.
(4) Flexibility: The design must take into account changes in the type of goods or increases or decreases in storage needs, and have certain adjustment and expansion capabilities.
(5) Economic efficiency: Consider the benefits of manufacturing and use costs while meeting functionality and safety.
For example, JUSTBEST Racking's rack design strictly follows these principles to ensure that its products are not only high-performance and high-quality, but also meet the needs of different customers. Following these principles, rack design can better meet user needs and improve warehousing and logistics efficiency.
(1) Space utilization
(2) Cargo access efficiency
(3) Operation process optimization
(4) Inventory management
(5)Safety
(6) Flexibility
(7) Cost control
(1) Analyze storage needs
(2) Consider warehouse conditions
③Ground conditions: Check the flatness and load-bearing capacity of the ground to determine how the racks are installed.
(3) Choose the type of rack
③Heavy racks: Suitable for heavy items and warehouses that require high load-bearing capacity.
(4) Rack layout
(5) Safety and compliance
(6) Cost budget
②Long-term operating costs: Evaluate the maintenance, repair and potential upgrade costs.
(7) Other factors
