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Storlogi cantilever shelves allow irregular goods to “stand upright” and increase storage space utilization by 30%!

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In warehouse management, the storage of long, special-shaped or heavy goods (such as steel, pipes, and wood) has always been a problem: messy stacking takes up space, it is inconvenient to access and prone to damage, and the safety hazards are even more troublesome. How to solve this dilemma? Storlogi cantilever racks are scientifically designed and lean manufactured to provide “tailor-made” solutions for warehousing scenarios, helping companies reduce costs and increase efficiency.

I. Product features: Specially designed for irregular goods

1.Flexible adaptation, worry-free storage and access

Adjustable cantilever design, arm length and layer height can be adjusted freely to accommodate goods of different specifications and avoid space waste.
Single-sided/double-sided structures are optional, maximizing the use of warehouse corner areas and turning “dead corners” into “golden spots”.

High-strength steel columns, combined with thickened cantilevers, can support a single layer load of up to 5 tons (data adjusted based on actual configuration), making it easy to handle heavy cargo.
The anti-slip rib + bottom reinforcement design makes the cargo more secure and reduces the risk of tipping.

The open structure allows forklifts or cranes to directly store and retrieve goods without the need to frequently move other goods, increasing operating efficiency by 40%.
Optional identification system allows for clear classification of goods and reduces inventory taking time by 50%.

II. Design principle: perfect balance between mechanics and space

Storlogi cantilever rack takes “triangular stability” as its core design logic:
The columns + diagonal braces form a stable base to disperse the weight of the goods;
The connection between the cantilever and the column is fixed with high-strength bolts to ensure that the lateral load-bearing does not deform;
The modular design supports horizontal/vertical expansion to adapt to the dynamic needs of the warehouse.
Scientific verification: Finite element analysis (FEA) is used to simulate different load scenarios to ensure that the deformation of the shelf is ≤0.5% when fully loaded, far exceeding the industry standard.

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