Views: 0 Author: Site Editor Publish Time: 2026-07-13 Origin: Site
Simple component racks are typically specialised carriers with a high degree of non-standard customisation; their main structure consists of a base, upright columns and support rods, assembled either by welding or mechanical assembly.
The core function of this type of product is to provide designated storage space for components that are irregularly shaped, bulky or highly susceptible to impact.
In terms of structural design, simple component racks rely heavily on specialised vacuum-formed trays, EVA dividers or contoured support rods to precisely secure the position of parts, thereby effectively preventing displacement or mutual friction during handling and transit. Their open-structure design not only facilitates rapid manual retrieval by front-line operators but also greatly assists warehouse managers in conducting visual stock-taking and inventory management. They are primarily used in temporary storage areas alongside production lines and on warehouse shelving.
The design philosophy behind turnover racking focuses on enhancing logistics efficiency and space utilisation; it serves as a vital link between upstream suppliers, OEM warehouses and downstream production lines.
Its base structure is designed in strict accordance with operational standards for forklift trucks and hydraulic trucks, ensuring the smooth and safe operation of mechanised loading and unloading.
Some turnover racking systems feature stacking and nesting capabilities; when fully loaded, they can be stacked in multiple layers to save storage space, whilst empty containers can be nested together during return transport, significantly reducing their volume and thereby lowering logistics costs for return journeys.
The load-bearing capacity of the racking is customised to suit the actual weight of the components, enabling it to accommodate the demands of high-intensity in-house logistics handling and third-party logistics distribution.
Automatic opening and closing storage racks utilise built-in mechanical linkages or hinged structures to enable the automatic deployment and folding of side walls or the top.
This design is intended to meet high-density storage requirements and integrate seamlessly with automated production lines.
During operation, the mechanical structure significantly reduces the need for manual assembly and disassembly, thereby substantially improving loading and unloading efficiency.
When folded, these storage racks offer an extremely high volume reduction ratio, effectively lowering the logistics costs associated with the return of empty containers. At the same time, their structural locking mechanism ensures the overall stability of the storage rack when fully loaded. They are primarily used in automated high-bay warehouses and logistics operations involving high-frequency stock-in and stock-out activities.
Metal boxes are closed or semi-closed containers, typically manufactured from stamped or welded sheet steel. Their primary function is to provide secure packaging protection for small precision parts, fasteners or items requiring protection from dust and moisture.
Metal crates possess high structural strength and can be stacked in multiple layers; some models are fitted with sealed lids to ensure the safety and cleanliness of the contents.
Their dimensions are generally designed to match European standard pallet sizes, and the forklift slots in the base facilitate standardised containerised transport. They are primarily used in scenarios such as export sea freight, long-term storage and the consolidation of loose items.
Storage cages are constructed from welded steel wire and are typically reinforced at the base with U-shaped channel sections to withstand heavy loads.
Their primary purpose is the collection and storage of bulk goods, work-in-progress or scrap materials. The four-sided mesh design allows for clear visibility during stock-taking, enabling the condition of the contents to be verified without opening the cage. The base of the storage cage can be fitted with castors for flexible movement within the workshop, or with feet for stationary storage.
The foldable design minimises the space required when not in use, making them ideal for 5S management on the shop floor, scrap recycling and temporary buffer zones.
The bag rack features a composite structure combining a metal frame with a flexible fabric liner, and is primarily used for the handling of precision-machined parts with high surface finish requirements that are susceptible to scratches (such as headlights, bumpers and interior trim components).
The metal frame provides the necessary structural strength and stacking capacity, whilst the bag rack offers cushioning protection to prevent direct contact between the parts and the metal.
The bags are typically secured with Velcro or zips and can be removed for cleaning or replacement to maintain packaging hygiene. They are primarily used for line-side distribution in final assembly workshops and for the short-distance transport of finished parts.
When selecting metal packaging products, it is necessary to take into account the physical properties of the components, logistics routes, storage environment requirements and the overall cost budget.
The use of standardised metal containers can speed up loading and unloading operations, reduce the rate of goods damage and promote the reuse of logistics containers. This, in turn, optimises the operational costs of the overall supply chain.
