Retail Presentation and Product Isolation
Segmented Product Assortments
The individual cubbies keep different product varieties, flavors, or sizes visually separated. The rigid cell walls prevent items from leaning into each other, maintaining a neat appearance even as the display sells down.
Heavy or Fragile Retail Items
Because each cell rests on a dedicated horizontal plane provided by the internal cross-grid, the vertical load is transferred down the display rather than resting entirely on the shelf below. This makes it suitable for items that might crush standard fold-in shelves.
High-Value Product Launches
Isolating premium items in their own dedicated cells draws consumer attention and prevents them from getting lost in a crowded dump bin or mixed shelf.
Mixed-SKU Merchandising
Allows brands to present different colors, flavors, or variations in a single footprint without them mixing together, ensuring a clean presentation throughout the retail cycle.
Merchandising and Co-Packing Environments
Dedicated Co-Packing Operations
This display is shipped flat as a multi-piece kit. It requires a planned assembly line to erect the main body, interlock the internal supports, fold the individual cells, and insert them through the front windows. It is designed for environments where assembly labor is budgeted into the rollout.
Retail End-Cap Programs
The tall, narrow footprint fits well at the end of aisles, where vertical space can be maximized for high-visibility promotions without taking up permanent shelf space.
Brand-Controlled Floor Presentations
Useful when a brand wants to dictate exactly how the product sits on the floor, rather than relying on store shelving. The rigid cells ensure the presentation remains exactly as intended.
Store-Floor Setup and Transit Needs
Retail Staff Assembly
If retail staff must assemble the display on the store floor, a multi-piece cell display is often too complex. A single-piece pop-up display or a pre-glued auto-bottom bin is a safer choice for quick, untrained setup.
Direct-to-Consumer Shipping
This is a floor display, not a transit shipper. If the goal is mailing products directly to buyers, review corrugated mailers or master cartons instead.
Board Thickness, Transit Outer Packaging, and Assembly Planning
Board Thickness and Slot Tolerances
The internal grid and the locking tongues on the cells rely on exact material thickness to seat correctly. If the board grade changes from a B-flute to a thicker C-flute for added strength, the die-cut slots must be recalculated so the display does not wobble or bind during assembly.
Outer Transit Packaging
This display is a retail presentation vehicle, not a shipping container. Moving the loaded display through a courier or freight network requires an outer master carton to protect the exposed products and the display body.
Print Surface Allocation
Deciding whether to print the hidden internal grid or just the outer body and cell interiors helps manage costs. The internal cross-grid is completely hidden once the cells are inserted, so it is usually left unprinted.
Assembly Labor Budget
Factoring in the time required to build the internal grid and insert individual cells is critical. This multi-piece kit requires more manual handling than a standard folded-shelf display.
Configuring the Cell Layout
Cell Count and Dimensions
The template can be adjusted to change the number of vertical cubbies, as well as the height, width, and depth of each cell. Changing the cell depth will automatically adjust the overall footprint of the outer display body.
Base Elevation
The distance between the floor and the bottom cell can be modified. Elevating the base helps protect the lowest products from floor moisture and scuffing.
Glue Flap Placement
The side glue flap on the main outer body can be adjusted in width to accommodate different gluing equipment or manual assembly preferences.
Packing details
Print Surfaces and Hidden Components
The outer body sleeve and the inside walls of the individual cells are clearly visible to the consumer. These components are often treated with high-quality graphics, while the hidden internal support grid can remain unprinted to manage costs.
Header and Top Panel Options
Header Card Additions
While the base display is a flat-top tower, slots can be added to the top panel to accommodate a separate printed header card for brand messaging.
Additional notes
Kit Collation for Co-Packers
Because this display uses multiple distinct components (body, rear panel, supports, and multiple cells), the flat blanks must be collated and banded together as a complete kit before being sent to the assembly facility.
FAQs
Can this display be assembled automatically by machinery?
No. The EVC62140 is a multi-piece kit that requires manual assembly. The outer body can be glued on a straight-line folder-gluer, but building the internal grid and inserting the folded cells must be done by hand.
How much weight can each cell hold?
The vertical load is carried by the internal support grid, making the overall tower quite strong. However, the floor of each individual cell can sag if overloaded. The exact weight capacity depends on the chosen board grade and should be validated with a physical prototype.
Can the fully loaded display be shipped directly to stores?
It can be shipped loaded, but it requires a separate, heavy-duty outer shipping box. The display itself does not have protective outer doors or a transit-rated exterior.
Does changing the board material affect the display assembly?
Changing the board thickness requires updating the cutting die. The internal supports and cell locking tongues are cut to match the exact caliper of the board; a mismatch will cause the display to either jam during assembly or feel loose.
Which parts of the display need to be printed?
Typically, the outer body, the rear panel, and the individual cells are printed. The internal cross-grid is completely hidden once the cells are inserted, so it is usually left unprinted.
Why is a physical sample important for this display?
A sample verifies that the co-packing team can smoothly insert the cells through the windows and that the locking tongues engage without tearing. It also confirms the display remains stable under the actual product weight.
Can the internal support grid use a different board grade than the outer body?
Yes. The internal grid can use a heavier board for vertical strength while the outer body uses a thinner board for better print quality, provided the die-cut slots are adjusted for the different thicknesses.
How are the individual cells secured inside the display?
Each cell features tuck tongues on its side panels that lock into corresponding holes on the main body and rear panel, preventing the cells from sliding out.
