Westbow Systems

 When facilities begin to feel constrained, the immediate assumption is that the building is too small. In reality, many warehouses are operating below their true capacity because their warehouse pallet racking configuration doesn’t fully utilize vertical space or align with inventory movement. Capacity optimization starts with understanding how your racking system interacts with workflow. Step One: Evaluate Vertical Cube Warehouses are three-dimensional assets. However, many operations only use 60–70% of available vertical height due to conservative beam placement or outdated layouts. Selective pallet racking offers excellent accessibility for diverse SKU environments, but when aisle space is excessive, density suffers. Introducing narrow aisle racking can increase pallet positions without expanding footprint — provided lift equipment supports tighter turning radiuses. For operations managing large volumes of slow-moving inventory, a high density pallet racking system can further ...

Pallet racking plays a critical role in how efficiently a warehouse operates. When storage capacity starts to feel limited, many businesses assume expansion or relocation is the only solution. In reality, strategic pallet racking adjustments can significantly increase pallet capacity within an existing facility. By rethinking layout, aisle configuration, and racking type, warehouses can unlock unused vertical and horizontal space without disrupting operations. Evaluate Your Current Pallet Racking Layout The first step in increasing capacity is understanding how your current pallet racking system is being used. Many warehouses rely on layouts that were designed years ago for different inventory profiles, pallet sizes, or order volumes. Aisle widths, beam spacing, and rack height often leave unused space that limits overall efficiency. In many cases, standard selective pallet racking systems can be reconfigured to support higher storage density while maintaining accessibility and safety...