Abstract: A collapsible storage cabinet having an improved structure and assembly technique is disclosed. The storage cabinet is designed to collapse to a compact size to minimize required shipping and retail space usage, while providing for ease of assembly by a consumer and improved structural design via recessed top and bottom walls. The collapsible storage cabinet includes a collapsible subassembly having a front wall, an opposing back wall, and a pair of folding sidewalls extending between and coupling the front wall and back wall. Top and bottom walls are selectively secured to the subassembly to maintain the cabinet in a fully assembled state.

Abstract: A collapsible storage cabinet having an improved structure and assembly technique is disclosed. The storage cabinet is designed to collapse to a compact size to minimize required shipping and retail space usage, while providing for ease of assembly by a consumer and improved structural design via recessed top and bottom walls. The collapsible storage cabinet includes a collapsible subassembly having a front wall, an opposing back wall, and a pair of folding sidewalls extending between and coupling the front wall and back wall. Top and bottom walls are selectively secured to the subassembly to maintain the cabinet in a fully assembled state.