Cantilever racking systems have proven to be an effective solution for businesses dealing with long, irregularly sized items such as steel beams, aluminium and construction materials. In various case studies, companies ranging from steel fabrication to furniture manufacturing have successfully implemented cantilever racks to enhance accessibility, and maximize warehouse space. By accommodating diverse sizes and weights, these racks reduced retrieval times, improved storage density, and streamlined inventory management, ultimately increasing operational efficiency across multiple industries.

Cantilever racking systems come in several designs and offer flexibility for storing goods on one or both sides. The L-shaped cantilever rack stores items on a single side, making it ideal for placement against warehouse walls to optimize space. Meanwhile, the T-shaped cantilever rack provides double-sided storage, increasing the overall storage capacity.

Drive-in racking is suitable for storing building materials because it maximizes storage density by eliminating most aisle space, allowing for the efficient use of vertical space. This system is particularly effective for bulk storage of similar materials, such as bricks, tiles, or lumber, where high volume and compact storage are essential. The design allows forklifts to drive directly into the racks to load and unload, streamlining operations and optimizing space utilization. Although it limits direct access to individual pallets, drive-in racking’s ability to handle large quantities of similar items makes it a cost-effective solution for managing extensive inventories of building materials.