Corrugated Multi-Shelf Floor Display

The display relies on a mechanical tab-and-slot system. The shelf trays and side legs interlock, and their rear tabs push through pre-cut slots in the backboard. While it holds together mechanically, some retail environments use a few strips of clear tape on the rear tabs to lock them permanently.

Yes, but it requires floor space and a few minutes of labor. The multi-part nature means staff must fold the rear easel, assemble each shelf tray, attach the side brackets, and plug them into the spine. Clear printed instructions should be included in the kit.

Weight capacity depends entirely on the chosen corrugated board grade and the width of the shelves. Heavy loads transfer stress to the slots in the backboard. Physical testing with your actual merchandise is necessary to ensure the slots do not tear under the payload.

The backboard, rear easel, shelf trays, and side legs are distinct shapes that cannot be cut from a single sheet of corrugated board. Conventional production uses separate cutting dies for the different components, though short runs can be produced on digital flatbed cutters.

No. The projecting shelves are designed for static retail presentation, not the impacts of a transit network. It should be shipped flat and assembled at the final retail destination.

The tall backboard provides a large header area above the top shelf, and the front lips of the individual shelf trays offer prime space for pricing, flavor callouts, or brand logos.

Yes. Because the components are cut from separate blanks, it is common to use a heavy double-wall board for the load-bearing backboard and a thinner single-wall board for the shelves to achieve crisper folds.

The flat backboard, folded easel, and flat shelf components are typically gathered and packed together into a single master carton. This kitted package is then shipped to the retail location for on-site assembly.