High density rack
Drive-In Rack
Drive-in racking uses upright frames, corbels and separators, top beams, bracing and support rails. Forklifts enter continuous storage lanes and place pallets along the guide rails.
View ProductHigh-Precision Rack
High density rack
Drive-in racking uses upright frames, corbels and separators, top beams, bracing and support rails. Forklifts enter continuous storage lanes and place pallets along the guide rails.
View ProductHigh density rack
Gravity racking uses upright frames, beams, base anchors, sloped roller tracks and guides. Pallets travel under their own weight from the loading end to the retrieval end.
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Cantilever racks use rear bracing, upright columns, cantilever arms and support bases. The upright consists of two cold-rolled C-sections welded face to face.
View ProductAutomated storage rack
In a beam-type automated storage rack, crossbeams carry pallet loads directly. The structure uses upright frames, vertical and horizontal bracing, hanging beams and top and bottom rails.
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Corbel-type automated storage racking uses corbels and support shelves to carry the load. The structure uses uprights, continuous beams, bracing, hanging beams and top and bottom rails.
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Miniload racking uses upright frames, support plates, continuous beams, bracing, hanging beams and top and bottom rails. It pairs with a stacker crane to store and retrieve totes or other lightweight containers.
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