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EVC62132

Corrugated Cell Floor Display

A freestanding, multi-piece retail display built to present products in a highly organized grid of individual compartments. By using full-depth vertical dividers that intersect with horizontal shelves, this display creates isolated cells that keep different SKUs, flavors, or sizes neatly separated on the store floor.

The display is assembled manually using a precise slot-and-tab mechanism without native adhesive. Because it relies on intersecting corrugated planes for stability, it relies on careful board selection and flatbed die-cutting to ensure the slots fit together smoothly without binding or racking.

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  • Available in a wide variety of configurations.

At a glance

  • Multi-piece kit involving manual store-floor or co-packer assembly
  • Intersecting shelves and dividers create isolated product cells
  • Ships flat and needs an outer master carton for transit

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Retail Sorting And Presentation

Multi-SKU Retail Rollouts

Useful for campaigns where multiple product variants such as different flavors, colors, or sizes need to be displayed together but kept strictly separated. The individual cells keep products from migrating across the shelf, maintaining a clean presentation even as shoppers remove items.

Heavy or Unstable Item Sorting

The intersecting vertical and horizontal planes provide strong vertical compression strength. When produced in appropriate board grades, the grid can support heavier items like bottled beverages or hardware, while the front retention lips keep unstable items from tipping out.

Category Segregation

Creates distinct visual boundaries between different brands or product lines sharing the same floor footprint. The vertical dividers ensure that competing or unrelated items do not visually blend together.

High-Visibility Promotional Campaigns

The front retention barriers and top header provide dedicated outward-facing surfaces for branding. This allows merchandising teams to align the display graphics with specific seasonal or promotional messaging.

Assembly And Merchandising Contexts

Co-Packing and Fulfillment Operations

Because this is a complex kit with multiple distinct part types, it is typically shipped flat to a co-packer or distribution center. Teams need to plan for the floor space and labor involved to erect the base, build the grid, and load the cells before wrapping the final display for retail delivery.

Store-Floor Assembly

If shipped flat directly to retail locations, store staff will need clear instructions. The slot-and-tab assembly is logical but time-consuming, making this display better suited for planned promotional rollouts rather than quick merchandising.

Brand Merchandising Teams

Merchandisers use this display to dictate exactly how much space each product variant receives on the floor. The fixed cell count ensures compliance with the intended planogram.

When To Consider Simpler Displays

Continuous open shelving

If your products do not need strict separation, or if you want to maximize the horizontal facing area without the interruption of vertical dividers, look at a basic open-shelf floor display. Open shelves are generally faster to assemble and use fewer individual components.

Pre-glued pop-up displays

If rapid store-floor setup is the primary goal, consider displays that use pre-glued, auto-erecting bases and shelves. The cell display involves manual alignment of multiple intersecting slots, which is difficult to automate.

Board Thickness And Grid Configuration

Board Caliper and Slot Tolerances

The most critical decision for this display is the board grade. The width of the intersecting slots needs to exactly match the physical thickness of the corrugated board. If the board is too thick, the pieces will bind during assembly; if too thin, the display will lean or rack.

Grid Layout and Cell Count

The number of horizontal and vertical cells dictates the overall size of the display and the number of components involved. Increasing the cell count increases the complexity of the die-cut sheets and the manual assembly time.

Print Panel Strategy

Determine which surfaces need graphics. Typically, the outward-facing side walls, the front retention barriers, and the top header area are printed. The internal dividers and rear panels may remain unprinted to manage costs, depending on the visual goals of the campaign.

Base Plinth Height

The display sits on a folded base plinth that elevates the bottom shelf. Decide how much floor clearance is needed to protect the lowest row of products from floor moisture, scuffing, or store cleaning equipment.

Cell Sizing And Retention Adjustments

Cell Width, Depth, and Height

The dimensions of the individual compartments can be adjusted to fit specific product profiles. The entire grid scales based on these cell dimensions, affecting the overall footprint of the display.

Front Retention Lip Height

The height of the front barrier panels can be raised for taller, unstable products or lowered to maximize product visibility and ease of removal.

Header and Top Profile

The top edges of the side walls and the rear panel can be modified to accommodate custom header shapes or branding cutouts, provided the core slot logic of the grid remains intact.

Packing details

Base Plinth and Floor Clearance

The display sits on a folded base plinth that elevates the bottom shelf off the floor. This protects the lowest row of products from floor moisture and scuffing while providing a stable footprint for the vertical uprights.

Rear Stabilization Panels

Back panels are attached to the rear of the vertical dividers. These are essential for keeping the display from racking laterally and stop products from being pushed out the back of the cells.

Additional notes

Board thickness and slot binding

If you change the board grade after the initial specification, the template needs to be recalculated. The slots are sized exactly to the board thickness; a mismatch will make the display impossible to assemble or mechanically weak.

Master carton needs

This display has no outer shipping shell. Whether shipped flat as a kit or fully assembled and loaded, it needs a separate corrugated master carton or pallet wrap to protect the components during transit.

Related Floor Displays

FAQs

How difficult is this display to assemble?

It involves considerable manual labor. The kit consists of multiple flat components that are folded and locked together using intersecting slots. It involves dedicated assembly time and floor space.

Can this display hold heavy products like beverages?

The intersecting grid provides excellent vertical compression strength, making it capable of holding heavier items. However, the exact weight capacity depends heavily on the chosen board grade and should be physically tested to ensure the horizontal shelves do not sag over time.

How is this display shipped to stores?

It can be shipped flat as a bundled kit for store staff to assemble, or it can be fully erected and loaded by a co-packer, then shipped on a pallet with a protective outer shroud. It is not shipped as a standalone parcel.

Can the cells be different sizes within the same display?

In the default template, the grid is uniform, meaning all cells share the same width, depth, and height. Creating mixed-size cells involves custom redesign to adjust the intersecting slot positions.

Why is flatbed die-cutting used for this display?

The display relies on deep, precise slots and locking tabs to hold the grid together without glue. Rotary slotters struggle to produce these complex, intersecting profiles with the accuracy needed for a stable assembly.

Do I need additional inserts inside the cells?

The cells themselves act as the dividers, which often eliminates the need for extra inserts. However, if you are placing very small or fragile items inside a larger cell, custom inserts could be added, though this further increases assembly labor.

Which panels are most visible to shoppers?

The top header, the outer side walls, and the front retention barriers offer the most direct visibility. The internal dividers and back panels are often obscured by the products themselves.

Should we test a physical sample before ordering?

A physical prototype is highly recommended to verify that the board thickness matches the slot widths perfectly, ensuring the display can be assembled without binding and does not rack under the weight of your specific products.

A well-configured cell display turns a complex product mix into a clean, shoppable retail presentation.