Abstract: A foldable display stand having three opened side shelves is formed by two stepped side panels, a front panel, and a rear panel which are formed from a single geometrical figure formed in a single sheet material. The stand is foldable into a collapsed condition relative to two vertical fold lines formed on the side panel and located opposite to one another. The front panel will abut the rear panel when the stand is folded in the collapsed condition. The shelves are formed by a plurality of panels formed in an upper extension to the front panel and the rear panel. These panels are foldable relative to horizontal fold lines to form the three shelves resting horizontally on stepped upper edges of the side panels. Open end slots are formed in a free end edge of end panels of the front panel and rear panel, which are engageable with upper edges of the side panels for latching the opened side shelves securely in the horizontal position.

Abstract: The foldable display stand has a stepped display shelving portion removably mounted over a foldable support base. The shelving portion is formed by folding various parts of a configuration formed on a single sheet material. The configuration includes a plurality of rectangular panels connected by a plurality horizontal fold lines. Side extensions are formed on the two side edges of the rectangular panels which are foldable to form side wall of the shelves and the side walls are mounted in place by mounting tabs formed in the side extensions and mounting slots formed in the selected rectangular panels. Side extensions having a unique design are adapted to form reinforced side walls of the shelves.