Abstract: A collapsible lollipop display device comprises first and second walls inclined obliquely upwardly toward one another, whereby respective upper edges thereof are arranged in parallel and hinged to one another, enabling the walls to be swung toward one another to a collapsed state, and away from one another to an unfolded state. Each of the walls includes a plurality of parallel channels, the channels of each wall being inclined downwardly in a direction away from the channels of the other wall. A row of lollipops is situated in the channels of each wall. When the device is in the collapsed (compact) state, and loaded with lollipops, the device can be wrapped in plastic shrink wrap for shipping. At a retail store, the device can be unwrapped and unfolded to serve as a display device for the lollipops.