Traditional Shelves
The process of using devices, software, or processes to achieve expected goals in situations where there is no or minimal human involvement
Type B shelving is a type of medium-duty shelving made of high-quality plate steel. It is specifically designed for storing small to medium-sized goods. Its core design highlight is its flexible adaptability; it can be used alone to meet small storage needs, or the storage area can be expanded by combining main and auxiliary frames.
Beam racking is the industry's most popular and widely used racking solution, typically storing pallet units, making it ideal for warehouses storing various SKUs. Their distribution within the warehouse creates a series of internal aisles, allowing direct and individual access to all pallets. Uprights can reach heights of up to 11 meters, and beams can be adjusted vertically in 75mm or 50mm increments. The frames and beams can be designed to accommodate different pallet sizes and weights, and the aisle size is tailored to the forklifts used.
Drive-in racking is a high-density storage system that uses a drive-through structural design. Forklifts drive directly into the racking to access goods. Its core principle is to eliminate the transverse aisles of traditional racking, creating continuous storage aisles along the depth direction. Goods are stacked along these aisles, maximizing warehouse space utilization.
Narrow aisle racking is a heavy-duty storage racking system specifically designed for high-density storage scenarios.While ensuring normal forklift operation, it reduces aisle width, thereby significantly increasing storage capacity within the same warehouse space. It is suitable for warehouses with a height of around 10 meters, belonging to the racking type with relatively narrow aisles. It offers extremely high storage density while still allowing for individual access to all pallets. Three-way forklifts travel in a straight line along the aisles, while pallets can be moved laterally.
Double-depth racking is an upgraded version of beam racking and is a double-row, deep storage system designed specifically for high-density warehousing. It uses a four-row, side-by-side racking design to reduce aisle space and convert aisle space into storage space. It can also be equipped with specialized forklifts that can reach deep into the second row of pallets to access them, balancing storage density and operational efficiency.
This is a multi-level storage facility that expands space by building 2-3 mezzanine levels within the warehouse. Each level has a load-bearing capacity of ≤500kg/㎡ and requires stairs or elevators for transferring goods between floors. It is suitable for warehouses with a ceiling height of ≥4 meters. It makes full use of vertical space and is a typical application of height utilization in manual picking racks.
Also known as a steel structure platform, it is an independent, multi-layer heavy-duty storage structure, distinct from mezzanine racking. It has a stronger load-bearing capacity, with a single layer capable of supporting up to 10 tons. Dimensions can be customized to fit the warehouse space, and the construction period is shorter.
Also known as mold racks or drawer-type mold shelves, these are heavy-duty shelves specifically designed for storing various molds. A single layer can bear a load of 1-5 tons and can be adapted to different specifications of injection molds and stamping molds. The shelf height is generally 2-4 meters, and it is a customized storage equipment.
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