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ICB11040

360-Degree Floor Standee

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.

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Product details

Top highlights

Four-quadrant graphic display
Raised V-cut base plinth
Requires rigid board and CNC routing

About this product

The ICB11040 is a freestanding, four-quadrant floor standee designed to provide 360-degree visibility in open retail spaces. Built from intersecting vertical panels that drop into a raised base plinth, it functions as a multi-sided billboard for promotional graphics.

Because it relies on a slit-lock cross structure and a V-cut folded base, this display requires thick, rigid materials like honeycomb board or foam board and is produced on CNC routing equipment. It ships flat for in-store assembly.

Common uses

Aisle intersections
Open floor spaces
Endcap adjacencies
Event signage

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Retail Floor and Event Signage

Aisle Intersections and Open Floor Spaces

The cross-shaped footprint makes this standee clearly visible from all directions, making it a strong fit for open retail floors, wide aisles, or event spaces where foot traffic approaches from multiple angles.

Large Promotional Billboards

With four distinct vertical zones, the structure provides ample space for high-impact graphics, brand messaging, or lightweight attached promotional items.

Trade Show and Event Wayfinding

The tall, four-sided profile works well for event signage, directing attendee traffic, or displaying schedules in open convention halls.

Seasonal Brand Activations

Marketing teams use this standee for temporary retail campaigns where a freestanding graphic anchor is needed near pallet drops, without the need to hold physical inventory.

Open-Space Merchandising

Retail Marketing and Store Rollouts

Marketing teams use this style to anchor seasonal campaigns. Because it ships flat, it can be distributed efficiently to multiple store locations, though it requires store associates to fold the base and interlock the heavy vertical walls.

Event and Exhibition Planning

Event coordinators rely on rigid board standees for temporary installations because they ship flat to the venue and assemble without specialized tools.

Beverage and Grocery Promotions

Brands often place these graphic standees adjacent to bulk pallet drops or endcaps, drawing attention to the product stack without requiring the display itself to bear weight.

When to Consider Shelved Displays or Flat Standees

When product shelving is required

This template is a structural standee, not a load-bearing shelving unit. If the display must hold stacked merchandise, look at product-bearing dump bins or cross-merchandisers designed with horizontal shelves and retention lips.

When seeking a simpler, two-sided footprint

If floor space is limited or traffic only flows in two directions, a standard flat standee or easel-backed display may be more space-efficient and easier to assemble than a four-quadrant cross.

Material, Routing, and Assembly Choices

Rigid Board Selection and Caliper Matching

This display is designed for thick, rigid materials like honeycomb board, inverted corrugated board (ICB), or heavy foam board. The central slit-lock mechanism and base slots must be strictly matched to the exact physical caliper of the chosen board to prevent a loose, wobbly structure.

CNC Routing Requirements

The base plinth relies on V-cuts to fold 90 degrees and bevel cuts to close the corners cleanly. This means the display must be produced on a CNC flatbed router equipped with angled blades; it cannot be manufactured on a traditional flatbed die-cutter.

In-Store Assembly Planning

While the display ships flat, store staff must fold the base skirts, slide the large vertical walls together, seat them into the base, and apply the under-base locking pieces. This moderate assembly burden should be factored into retail rollout plans.

Base Footprint vs. Overall Height

Deciding how tall the standee can be requires checking the base footprint. A taller display needs a wider base plinth to prevent tipping in high-traffic retail environments.

Scaling and Proportion Adjustments

Height and Footprint Scaling

The overall height and width can be adjusted to fit different retail environments. However, increasing the height requires a proportional increase in the base footprint to prevent the display from becoming top-heavy or vulnerable to tipping.

Single vs. Mixed Board Thickness

The default template uses a thicker board for the base and a slightly thinner board for the walls. Unifying the design to a single board thickness can simplify material sourcing and machine setup, provided the slot tolerances are updated accordingly.

Custom Contour Cutting

The outer edges of the vertical walls can be routed into custom shapes rather than straight rectangles, as long as the central cross joint and base tabs remain intact.

Packing details

Under-Base Locking Mechanism

To keep the tall vertical walls stable, the structure uses separate locking triangle and lattice pieces that wedge into protruding tabs underneath the base deck. This prevents the walls from lifting out or shifting during use.

Additional notes

Board thickness and slot tolerances

The most critical specification for this display is matching the slot widths to the exact physical caliper of the printed board. A mismatch will cause the cross joint to tear during assembly or result in a leaning, unstable standee.

FAQs

Can this standee hold heavy retail products?

No. This specific template is a structural billboard designed for graphics or very lightweight attached items. It does not have horizontal shelves or load-bearing product zones.

Can this be made from standard corrugated board?

Standard corrugated is usually too flexible for a tall, freestanding cross display without folded structural columns. This design relies on the inherent rigidity of thick boards like honeycomb or foam, and requires V-cuts that standard corrugated does not support well.

How is the display assembled in the store?

Store associates fold the base perimeter down to form a plinth, slide the two large vertical walls together using their intersecting slits, drop the crossed walls into the base slot, and secure them underneath with locking pieces.

Can this be shipped via standard parcel networks?

Large rigid boards are vulnerable to edge crush and corner damage in single-parcel transit. If shipping directly to stores via courier, the flat components will require heavy outer protective packaging.

Why does this require a CNC router?

The raised base plinth is formed from a single flat board using V-cuts to allow thick material to fold 90 degrees, and bevel cuts so the corners meet flush. Traditional die-cutting cannot execute these angled cuts.

What prevents the tall walls from wobbling?

Stability comes from two factors: the central intersecting slits must be cut to exactly match the board's thickness, and the under-base locking pieces wedge the walls tightly against the base deck.

Can the outer edges of the walls be cut into custom shapes?

Yes, the outer profile can be routed into custom shapes to match brand artwork, provided the central intersecting joint and base tabs remain unaltered.

Does the base require tape or glue to stay together?

The V-cut base folds into a plinth and holds its shape through the corner bevels and the weight of the walls, but some retail environments may add clear tape to the corners for long-term durability.