Mar 30, 2019 · Industrial pushback racking storage systems are engineered to store pallet loads on both sides of an aisle at higher cubic densities approximately 25% to 65% greater than selective racking. Thats because these systems are built with a series of nested carts that roll atop inclined steel rails, typically two to six pallets
Push Back Rack Systems Move Pallets with Gravity Flow. Push Back rack systems are available in structural or roll-formed frames. These simple and efficient systems work by placing pallet loads on a series of nesting carts that are fed forward by gravity on rigid structural steel rails. UNARCOs Push Back Rack Push Back Racking System Components And AnatomyInclined rails are an integral component of a push back racking system. They roll along the rack frame to enable carts, trolleys, and roller beds, and travel back and forth for loading and unloading pallets. The inclination in the rail design improves storage efficiency while providing easier and faster access to pallet loads during picking.
The SK3600 ® Pushback racking system is ideal for Last In, First Out inventory. SK3600 Pushback Rack is a high-density storage system that allows you to store pallets 2- to 5-deep while retaining easy access to a variety of different SKUs. Each level or lane is independently accessible and allows up to 90% more product storage than selective rack systems. Which Are the Best Storage Racks for the Warehouse Jul 20, 2020 · Push Back Racks. As a high-density storage system, push back racks can store a large inventory in a compact space. Carts sit on inclined rails, and during loading, the forklift driver places a pallet on the carriage and then pushes it back with the following pallet.
Push-back pallet rack is a dense storage solution that combines the density of drive-in rack with the selectivity of single selective rack for high volume, multi-SKU applications. 2 to 6-deep push-back lanes consist of nested wheeled carts that flow on top of inclined rails set inside the pallet rack
Your email address will not be published.*