Interactive 3D

1 / 3

ICB10022

Multi-Shelf Retail Floor Display

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.
Widest machinery capability in America via 30+ specialist partner plants.

Get pricing

Free white-glove consultations. Blazing-fast response time. Fast quotes.

Product details

Top highlights

Hardware-free tab-and-slot assembly
Ships flat as separate rigid board components
Best for lightweight to medium-weight retail goods

About this product

This freestanding floor display provides multiple product facings using a tall back wall, a central vertical divider, and interlocking horizontal shelves. It is cut from rigid board and ships flat to retail locations, where store staff can assemble it entirely through tab-and-slot connections without the need for hardware or adhesives.

Because the display relies on a single center divider, the front left and right corners of the shelves remain open and unsupported. This makes it a practical fit for lightweight to medium-weight merchandise, while heavier items may need a display style with full side walls.

Common uses

End-cap merchandising
Aisle freestanding displays
Lightweight boxed goods
Apparel or plush items

Get a quote

Share what you know. We'll take it from there. Or email us at info@herculeindustrial.com

Describe your project *

Approximate quantity *

Size if known

Files or competing quote (optional)Drag files here or choose filesAdd drawings, photos, dielines, quotes, specs, or other useful files.Max 5 files, 25 MB total.

Name *

Email *

Phone

Optional

More details

You can skip this whole part, or open a section and answer only what you know.

Size and quantity

Detailed dimensions

Units US customary (inches)Metric

What do your dimensions describe?

Overall height

Overall width

Shelf depth

Size notes

Quantity notes

Materials and print

Display board preference

Add details for display board preference

Display board details

Print and artwork

Add details for print and artwork

Print, finish, or artwork details

Shipping or storage context

Custom changes or unusual needs

What type of products will this display hold?

Do you have a preference for the exposed edges of the display?

How many shelves do you need?

How will the displays be shipped to stores?

Current box or specs

Do you have a current box, spec, or target sample?

Add details for do you have a current box, spec, or target sample?

Current box, known specs, or current problem

Destination ZIP or region

Company

Any deadline or timing constraint?

Retail Merchandising And Floor Placement

Aisle and End-Cap Merchandising

The tall back wall and rounded header provide a large, uninterrupted surface for primary branding, while the open-sided shelves allow shoppers to view and access products from multiple angles. It is frequently used for seasonal promotions, boxed consumer goods, and lightweight apparel.

Flat-Pack Retail Distribution

The display consists of separate flat panels: a back wall, a divider, and the shelves. These components stack efficiently for transit to fulfillment centers or individual stores. Because the rigid board edges are exposed during transit, the knocked-down kit needs a dedicated outer corrugated shipper to help avoid edge crush before assembly.

Seasonal and Promotional Rollouts

Because it ships flat and assembles without tools, this display is well-suited for temporary retail campaigns. Store staff can set it up quickly on the floor, making it a practical choice for short-term product launches.

Open-Access Product Presentation

The lack of side walls means merchandise is visible and accessible from the front, left, and right. This open layout works well for items that encourage browsing, such as plush toys, folded apparel, or brightly packaged cosmetics.

Product Types And Load Distribution

Lightweight to Medium-Weight Goods

The vertical load transfers from the shelves to the back wall and the center divider. This intersecting layout is stable for common retail items, but the open front corners of the shelves are vulnerable to sagging if loaded with heavy, dense products like large beverage bottles or heavy hardware.

High-Visibility Branding

Brands looking to maximize their visual footprint benefit from the tall back wall. The header extends above the top shelf, creating a dedicated billboard space that remains visible even when the display is fully stocked.

Short-Term Retail Campaigns

For temporary promotions, this rigid board unit offers a premium appearance without the cost or logistical burden of permanent metal or wood fixtures. It provides enough durability for a multi-week campaign while remaining easy to break down afterward.

When To Consider Displays With Side Walls

Heavy or Asymmetric Loads

If the product assortment is heavy or unevenly distributed, the unsupported shelf corners on this unit may sag or bend. In those cases, review a floor display that features full folded side walls, which anchor the outer edges of the shelves and increase overall load support.

Loose or Unboxed Items

Because the shelves have open sides and no raised front lips, small or cylindrical items can easily roll off. If you are merchandising loose goods, a dump bin or a display with enclosed trays can help keep the products contained.

Material Caliper And Flat-Pack Shipping

Matching Slot Width to Board Caliper

This display relies entirely on friction to stay assembled. The width of every interlocking slot needs to match the exact physical thickness of the chosen board batch. If the board supplier changes, the cutting file needs to be recalibrated before production to keep the display from being too loose or impossible to assemble.

Rigid Board Routing vs. Die-Cutting

Common configurations use thick rigid substrates like 16mm honeycomb or inverted corrugated board to help avoid shelf sag. These thick materials are generally not conventionally die-cut and need flatbed CNC routing, which makes this display better suited for short-to-medium digital production runs rather than high-speed stamping.

Edge Finishing Requirements

Because the components are routed from thick rigid board, the internal core of the material is visible along all cut edges. Decide whether this raw look fits your brand or if you need specific edge-banding to cover the exposed core.

Outer Shipping Carton Planning

The flat components stack together, but the resulting kit is thick and heavy. You should plan for a strong outer corrugated shipping carton to protect the raw edges of the display panels during transit to the retail store.

Shelf Count And Divider Profiles

Shelf Count and Vertical Clearance

The number of shelves and the distance between them can be adjusted to fit the specific height of the merchandise. Adding shelves increases the number of interlocking points, which increases assembly time but can improve the overall rigidity of the grid.

Divider Front Profile

The vertical center divider features a wavy or scalloped front edge by default. This profile can be deepened for a more dramatic visual effect, or straightened completely to simplify the cutting path and maximize the usable depth of the shelves.

Header Shape and Branding Area

The rounded top of the back wall can be contoured to match brand logos or specific campaign themes, provided the new shape fits within the maximum cutting area of the routing equipment.

Packing details

Base Stability and Forward Tipping

This display does not include a forward-extending base plate. It relies on the depth of the bottom shelves and the weight of the loaded product to maintain its center of gravity. Tall, narrow configurations should be physically tested for tip resistance before a full retail rollout.

Additional notes

Shelf sag and product distribution

When planning the planogram, place heavier items closer to the center divider and the back wall where the intersecting panels provide the most support, keeping lighter items near the unsupported outer corners.

Raw edges on rigid boards

Because this display is routed from thick board rather than folded, the internal core of the material is visible along all cut edges unless a specific edge-banding finish is applied.

FAQs

How do store staff assemble this display?

The display is assembled by standing the back wall upright, pushing the vertical divider into the central slots, and then sliding each shelf horizontally so it interlocks with both the divider and the back wall. No hardware or adhesive is needed.

Can this display hold heavy products?

It is designed for lightweight to medium-weight merchandise. Because the front left and right corners of the shelves are open and unsupported, heavy items can cause the shelf corners to sag over time. Physical load testing is a practical step for denser products.

Why does the board thickness matter so much for this display?

The entire display is held together by the friction of the intersecting slots. If the physical board is even slightly thicker or thinner than the slots in the cutting file, the display may fail to slide together or wobble on the retail floor.

How is this display shipped to stores?

The back wall, divider, and shelves are packed flat. Because the components are cut from thick rigid board, the stacked kit can be quite thick and needs a strong outer corrugated shipping carton to protect the raw edges during transit.

Where can graphics be printed on this display?

The most prominent branding areas are the tall back wall header and the top surfaces of the shelves. Direct-to-board digital printing is common for the rigid substrates typically used for this display.

Can the wavy edge on the center divider be changed?

The depth of the wave can be adjusted, or the edge can be made completely straight if you prefer a cleaner look or need to maximize the flat storage depth on the shelves.

Does the display need to be anchored to a wall?

It is designed to be freestanding in aisles or end-caps. However, because it lacks a forward-extending base plate, tall configurations rely on the depth of the bottom shelves and the weight of the product to resist tipping.

Should we request a physical sample before full production?

Testing a physical prototype is a practical step. It allows you to verify that the slot friction fit matches your specific board batch and helps confirm the shelves do not sag under your actual product weight.