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EVC62082

Multi-Tier Floor Display with Product Inserts

Available in a wide range of custom configurations & material selection.
Order 1 sample. Or order 100K+ units. Or anything in between.
Affordable delivery across North America.
Design support, warehousing, testing, assembly available.
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Product details

Top highlights

Die-cut inserts hold cylindrical items securely
Internal cross-lapped grids support vertical weight
Relies on manual assembly of multiple flat components

About this product

This freestanding corrugated display is built to organize and present cylindrical products such as bottles, cans, or jars across multiple stacked tiers. Instead of relying on open flat shelves, each level features a dedicated die-cut insert that drops over an internal support grid, keeping individual items upright, evenly spaced, and secure on the retail floor.

Because it uses a multi-piece construction with cross-lapped internal supports, the display can distribute vertical weight down to the base. However, this structural strength and precise presentation come with a tradeoff: the kit relies on multiple large flatbed die-cut components and manual assembly time before loading.

Common uses

Beverage promotions
Cosmetic bottles
Pantry jars
Heavy cylindrical retail items

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Retail Floor Applications for Insert-Based Displays

Beverage and Liquid Promotions

The circular cutouts and heavy-duty internal grids make this a strong fit for bottles, cans, and heavy liquid containers that might tip or crush a standard open shelf.

Cosmetics and Personal Care

For tall, narrow items like shampoo bottles or lotions, the drop-in inserts keep products neatly aligned and facing forward, maintaining a clean presentation as inventory sells down.

Specialty Sauces and Pantry Jars

Heavy glass jars benefit from the internal cross-lapped grids, which transfer the weight down to the base rather than relying entirely on the outer tray walls.

Automotive Fluids and Lubricants

Tall plastic bottles of motor oil or cleaning fluids stay upright and organized in the die-cut holes, preventing them from falling over in busy retail aisles.

Merchandising and Co-Packing Considerations

Co-Packer Fulfillment

This is a multi-piece kit shipped flat. Co-packers manually fold the base, erect each tray, cross-lap the internal grids, drop in the inserts, and stack the tiers. The assembly burden should be factored into fulfillment planning.

Retail Floor Durability

Because the vertical load is carried by the internal support grids rather than just the outer tray walls, the display resists buckling better than hollow-shelf alternatives when loaded with heavy items.

High-Traffic Aisle Placement

Products held securely in individual cutouts are less likely to tip or spill if a shopper bumps the display, keeping the presentation neat in busy store environments.

Alternative Display Styles

Products that do not need individual cutouts

If you are displaying boxed goods, folded apparel, or mixed assortments that do not need circular retention, a standard flat-shelf display eliminates the need for complex inserts and reduces assembly time.

Countertop or register placement

This multi-tier tower is designed for floor space. If the retail strategy targets checkout counters, a smaller tray or counter display is a better fit.

Configuration and Production Choices

Board Caliper and Fit

The locking tongues, cross-lap slots, and stacking tabs are very sensitive to material thickness. The board grade should be finalized early so the cutting die can be adjusted to prevent the pieces from binding or fitting too loosely during assembly.

Print and Branding Surfaces

Graphics are typically applied to the top header, the tall base unit, and the outer walls of each tray. The internal grids and inserts are often left unprinted or produced in a solid color to manage costs.

Assembly Labor and Co-Packing

Because the display relies on folding and interlocking multiple separate pieces, the manual labor involved in fulfillment is higher than a pop-up display. This time should be discussed with the packing team.

Product Weight and Tier Count

The total weight of the loaded display shapes the board grade choice and whether optional internal dividers are needed to help prevent the bottom tiers from crushing.

Adjusting Tiers, Footprint, and Cutouts

Hole Count and Spacing

The template allows adjustments to the number of cutouts per tier, the diameter of the holes, and the spacing between them to match the exact product profile.

Tier Count and Height

The number of stacked trays can be increased or decreased based on the target retail height and the total weight of the loaded display.

Header Shape and Branding

The top header panel can be contour-cut to match specific brand logos or campaign graphics, providing a billboard space above the stacked products.

Packing details

Tooling and Blank Sprawl

Because this display uses a base, multiple trays, inserts, support grids, and a header, it consumes large sheet area and usually relies on large-format flatbed die-cutting. It is best suited for planned retail rollouts rather than very short runs.

Additional notes

Insert clearance and product removal

When sizing the cutouts, ensure there is enough clearance for a shopper to easily grip and remove the product without lifting the entire insert panel.

FAQs

How is this display delivered and assembled?

The display ships flat as a multi-piece kit. Assembly involves manually folding the base, erecting the trays with locking tongues, cross-lapping the internal support grids, placing the inserts, and stacking the tiers. It is a labor-intensive process usually handled by a co-packer before retail delivery.

Can the circular cutouts be changed for different products?

The diameter, spacing, and total number of holes per tier can be adjusted to fit specific bottles, cans, or jars. The overall footprint of the display will scale to accommodate these changes.

How does the display support heavy items like beverages?

Instead of resting on a hollow shelf, the product weight transfers through the die-cut insert down into an internal cross-lapped corrugated grid, which carries the load down to the base. Exact weight limits depend on the chosen board grade and should be verified through physical testing.

Which parts of the display are usually printed?

High-impact retail graphics are typically applied to the top header, the base unit, and the outer angled walls of each tray. The internal support grids and the flat inserts are often left unprinted to manage costs.

Is this display a practical choice for short promotional runs?

Because it uses multiple large components and complex cuts, it usually relies on flatbed die-cutting. For very short runs, it is often cut digitally on a CAD table, which changes the unit economics. It is generally more practical for planned, larger-volume retail rollouts.

Can I use a very thick double-wall board for extra strength?

While double-wall board increases crush resistance, it can make the complex locking tongues and cross-lap slots difficult to assemble by hand. The board choice should balance vertical strength with manual folding practicalities.

Can the display hold glass jars safely?

The internal grids distribute weight effectively, making it a strong candidate for heavy glass jars. However, the exact board grade and tier count should be tested to ensure the bottom levels do not crush.

Do I need to print every piece of the kit?

To manage costs, brands often print only the visible exterior components like the header, base, and tray walls, leaving the internal support grids and inserts plain.