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ICB20820

Flat-Pack Rigid-Board Rocking Cradle

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

Five separate pieces form the cradle structure
Curved end panels create a rocking base
Caliper-matched tab-and-slot assembly for thick rigid board

About this product

The ICB20820 is a five-piece, cradle-shaped rigid-board structure with curved rocker end panels, a flat base, and slotted side panels. The pieces are sized for thick material such as 16mm inverted corrugated board and join through caliper-matched tabs and slots.

It ships as separate flat pieces and assembles without tape or glue. EngView's structure and name do not by themselves establish an intended load or certify human use, so the intended use, material, dimensions, and load need confirmation.

Common uses

Retail dump bins
Event and theatrical props
Novelty merchandising
Trade show fixtures

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Merchandising and Event Prop Applications

Interactive retail dump bins

The open top and deep capacity make this structure useful for holding lightweight bulk merchandise. The rocking base draws attention in high-traffic retail aisles, while the thick board walls keep the bin upright and stable.

Theatrical and event props

The cradle-like shape and rigid construction fit stage props, photo opportunities, or temporary event furniture. It provides a substantial, heavy-duty appearance while remaining easy to dismantle and transport flat.

Trade show and exhibition fixtures

For temporary booths, the tool-free assembly allows quick setup and teardown. The thick board panels present a premium look compared to standard corrugated displays.

Novelty merchandising for seasonal campaigns

The distinct rocking motion and cradle shape suit specific seasonal or themed product launches, offering a memorable physical interaction on the store floor.

Retail and Theatrical Environments

Floor-standing retail promotions

Store environments benefit from the tool-free assembly. Retail staff can build the display by sliding the base and side panels into the slotted end pieces, creating a rigid fixture in minutes without adhesives or fasteners.

Pop-up shops and temporary retail

Short-term retail spaces require fixtures that are easy to transport and assemble on-site. The flat-pack delivery and interlocking tabs support rapid deployment.

Experiential marketing events

Brand activations often need custom props that look permanent but ship flat. The 16mm board provides the necessary visual weight and structural presence for public interaction.

When to Consider Static Dump Bins

High-volume, lightweight promotions

If the display needs to be produced in the thousands for a short-term promotion, a standard corrugated dump bin with a crash-lock base is often more practical. This rigid-board structure is a premium option suited for lower volumes and longer-term use.

Static display requirements

If the retail environment does not permit moving or rocking fixtures, a flat-bottomed rigid bin should be evaluated. The curved base on this model requires a flat, clear floor space to function properly.

Material Thickness and Routing Choices

Matching board caliper to slot width

The entire assembly relies on friction. The slots in the end panels must be cut to exactly match the physical thickness of the printed board. If the board is slightly thinner than the CAD specification, the display will wobble; if thicker, the tabs will tear during assembly.

Digital cutting versus traditional die-cutting

Because this design typically uses 16mm ICB or honeycomb board, it is generally too thick for conventional flatbed die-cutters. It requires digital flatbed routing, which changes the production path and makes it well-suited for short to medium runs.

Edge finishing and exposed flutes

Thick rigid boards leave the inner core or flutes visible along every cut edge. Buyers must decide whether to leave these edges raw for an industrial look or add edge-banding steps to the production route.

Flat-pack delivery and assembly labor

The five components ship flat, reducing transport volume. However, the destination must have staff capable of aligning the thick tabs into the slots, which may require two people for the initial base insertion.

Adjusting Cutouts and Dimensions

Modifying the circular side cutouts

The round holes on the long side panels reduce the overall weight of the display and provide visibility into the bin. The number and size of these cutouts can be adjusted, or they can be removed entirely to create a solid graphic panel and speed up routing time.

Adjusting the rocking curve

The depth of the curve on the bottom edge dictates how far the display can rock. This curve can be flattened for a more subtle motion or deepened, though extreme changes should be tested for tip-over risk.

Altering the handle cutouts

The handles assist with lifting the assembled or partially assembled bin. They can be resized for different hand clearances or removed if the end panels need uninterrupted space for printed graphics.

Packing details

Flat-pack logistics and fulfillment

The five flat pieces nest efficiently on large-format pallets. When shipping to individual stores or events, the components are typically shrink-wrapped or packed into a master outer carton to protect the exposed tabs and edges during transit.

Additional notes

Print surfaces and exposed edges

Flatbed UV printing is usually applied directly to the rigid board before cutting. Buyers should note that the thick flutes or honeycomb core will remain visible along all cut edges unless specific edge-banding steps are added to the production route.

FAQs

Can this display be used as functional furniture for infants?

No. While shaped like a cradle, this is a merchandising display and event prop. It does not carry human load ratings or safety certifications for infant use. Any functional furniture application requires independent physical testing and regulatory compliance.

How do the five pieces lock together?

The two short end panels stand upright. The base panel slides horizontally into the lower slots, and the two long side panels slide vertically into the inner slots. The friction between the thick board and the precise slot cuts holds the structure rigid.

Can this be made from standard corrugated board?

Standard corrugated board is generally too thin and lacks the shear strength required for this specific tab-and-slot geometry. The design is intended for thick, rigid materials like 16mm inverted corrugated board (ICB) or honeycomb.

How is the display shipped to the final location?

The five components are delivered flat. Because the rigid board is heavy and the tabs are exposed, the kit usually requires shrink-wrapping or a protective outer shipping carton for parcel or courier networks.

Can the handle cutouts be removed?

Yes. The handles assist with lifting the assembled or partially assembled bin, but they can be removed if the end panels need uninterrupted space for printed graphics.

Does this design require a cutting die?

Typically, no. Because it uses 16mm rigid board, the panels are cut using a CNC flatbed router rather than a traditional steel-rule die, making it well-suited for short-run or prototype production.

Will the display tip over if rocked too far?

The curve is designed to allow a gentle rocking motion, but the center of gravity depends entirely on the product loaded inside. Heavy items placed near the top edges should be tested to ensure the bin remains stable.

How is printing applied to this thick board?

Flatbed UV printing is usually applied directly to the rigid board before cutting. The flat panels provide large, uninterrupted surfaces for branding, though the cut edges will expose the board's core.