Retail Sorting and Presentation
Sorted Product Facings
The individual cells keep different product varieties, colors, or sizes separated and organized. This prevents mixed merchandise from becoming jumbled on a single open shelf.
Lightweight to Medium-Weight Goods
The interlocking grid provides good vertical support, making it suitable for boxed items, apparel, or packaged accessories. Heavy items require careful board selection and physical testing.
High-SKU Assortments
When a single display must hold many distinct product variations, the grid layout ensures each SKU retains its dedicated space and visibility throughout the promotional period.
Apparel and Soft Goods
Rolled or folded items that lack rigid primary packaging benefit from the enclosed cubbies, which help maintain a neat presentation even after shoppers interact with the display.
Merchandising and Fulfillment
Retail Floor Rollouts
Designed to stand independently in aisles or endcaps. The base tray captures the vertical walls, keeping the entire structure squared and stable in high-traffic areas.
Co-Packer Assembly
Because the display consists of multiple flat components, it is often assembled and loaded by a co-packer before being placed into a protective master shipper for transit to the store.
Endcap Merchandising
The overall width and depth can be adjusted to fit standard retail endcaps, allowing brands to secure premium placement while keeping multiple product lines organized.
When to Consider Open-Shelf Displays
Large or Wide Products
If your products are too wide for individual cubbies, or if you want the flexibility to merchandise different widths on the same tier, a standard open-shelf floor display may be a better fit.
Pre-Assembled Shipping Needs
This display is designed to ship knocked-down flat. If you need a display that ships fully loaded without a complex outer shipper, a different structural approach is worth evaluating.
Board Thickness and Assembly Fit
Board Thickness and Assembly Fit
The diamond-shaped slots and shelf tabs are cut to match a specific board thickness. If the board is too thick, the tabs will crush during assembly; if too thin, the grid will be loose. The exact board grade must be decided early.
Mixing Board Grades for Strength
To optimize cost and strength, the vertical walls and dividers can sometimes be cut from a heavier flute profile, while the shelves use a thinner board. This must be planned so the cutting dies match the different thicknesses.
Planning for Assembly Labor
Building the grid requires folding the base, standing the vertical walls, pre-folding the shelf lips, and sliding the shelves into the slots. Consider whether retail staff or a dedicated fulfillment team will handle this process.
Print Surface Mapping
Because the shelves, dividers, and outer walls are cut as separate pieces, inside and outside print requirements must be mapped carefully based on how the components fold and interlock.
Grid Configuration and Cell Sizing
Grid Configuration and Cell Sizing
The number of vertical columns and horizontal rows can be adjusted to fit your product assortment. Changing the grid size will change the overall footprint and height of the display.
Shelf Lips for Rigidity and Labels
The front edge of each shelf folds down to form a lip. This adds rigidity to the shelf and provides a surface for pricing labels or branding.
Header Panel Additions
The rear wall can be extended upward to create a branded header space, increasing visibility without requiring a separate attachable sign.
Packing details
Component Nesting and Flatbed Cutting
This display requires multiple large blanks for the walls and many smaller repetitive blanks for the shelves. This necessitates large-format flatbed die-cutting and careful nesting optimization to manage material use.
Additional notes
Multi-component production planning
Because this display is built from several distinct parts (base, rear wall, side walls, dividers, and shelves), it requires large-format flatbed cutting. It is typically planned for established retail programs rather than quick, short-run trials.
FAQs
How do the shelves and dividers connect?
The vertical walls and dividers have diamond-shaped cutouts. The horizontal shelves have side tabs that slide through these cutouts, locking the vertical and horizontal planes together without glue or tape.
Is this display suitable for store-level assembly?
While possible, it involves multiple pieces and requires aligning the tabs with the slots carefully. If retail staff are assembling it, clear instructions are necessary to prevent them from forcing and tearing the tabs.
How are the components delivered?
The display is delivered knocked-down flat on pallets. Because it consists of a large rear wall, side walls, and multiple smaller shelves and dividers, it requires significant flat pallet space.
How much product weight can the shelves support?
Weight capacity depends entirely on the chosen board grade and the width of the cell. The interlocking dividers help transfer weight to the floor, but physical testing with your actual product is always recommended.
Can the board thickness be changed after prototyping?
Changing the board thickness usually requires adjusting the structural design. The locking slots are sized exactly to the board caliper, so material decisions should be finalized before the final specification is approved.
Can the display be shipped fully loaded?
Shipping a fully loaded display requires a custom, highly protective outer shipping box. The display is designed to stand on a retail floor and relies on outer packaging to handle parcel or LTL transit.
Can the cell dimensions be customized?
Yes, the width, depth, and height of the individual cubbies can be adjusted to match your specific product dimensions, which will in turn change the overall footprint of the display.
Do the shelves require glue or tape to stay in place?
No, the shelves use a mechanical tab-and-slot connection that locks into the vertical dividers and side walls, holding the grid together without additional adhesives.
