Retail Displays and Pre-Loaded Tiers
Multi-Tier Point-of-Purchase Displays
Multiple identical trays stack vertically to create a freestanding floor display. The horizontal ledges on the side walls carry the compression load, while the interlocking tabs prevent the tiers from shifting laterally.
Pre-Loaded Retail Ready Packaging
Trays can be erected and filled at a contract packager, then shipped inside a protective master carton. Store staff simply remove the trays from the shipper and stack them, eliminating complex display assembly on the retail floor.
End-Cap Promotional Towers
Stacking identical trays at the end of an aisle creates a temporary promotional tower. Retailers can restock the display quickly by swapping out empty tiers rather than unpacking individual items.
Warehouse Kitting and Staging
The unglued trays can be used internally to organize parts or kits. They stack securely to save floor space before moving to an assembly line or packing station.
Co-Packing and Store-Floor Setup
Contract Packaging Operations
The unglued, roll-over construction allows for rapid manual assembly without specialized folder-gluer equipment. The flat-delivered blanks take up minimal space before the packing run begins.
Retail Merchandising
The low front wall provides clear product visibility and easy consumer access, while the tall back wall keeps items contained and supports the display's overall structure.
Fast-Moving Consumer Goods (FMCG)
When products need to move quickly from truck to store floor without unpacking individual units, this tray acts as both a transit inner and a retail display.
When to Consider Alternative Display Structures
Standalone Parcel Shipping
This tray has an open top and front, leaving the product exposed. If the package must travel individually through a courier network, a fully enclosed mailer or standard shipping box is required.
Single-Piece Floor Displays
If the retail footprint requires a continuous, unbroken graphic panel from floor to header, a traditional single-piece display stand may be a better choice than modular stacked trays.
Board Grade, Print, and Master Shipper Planning
Board Grade and Stacking Weight
The total weight of the loaded display dictates the required corrugated flute profile. Heavier products require stronger board to prevent the bottom tray's side walls from crushing under the vertical load.
Master Carton Sizing
Because these trays cannot ship individually, the dimensions of the outer transit box must be planned alongside the tray to ensure a snug, protective fit during distribution.
Print Surface and Roll-Over Allowances
High-quality retail graphics are typically applied to the exterior. Because the front and back walls roll over to the inside, the exterior print will also be visible on the interior back wall, which should be factored into the artwork layout.
Packing Line Assembly Space
The large flat blank requires sufficient table space for manual folding before the tray is loaded. This footprint should be planned into the co-packing workflow.
Adjusting Lip Height and Stacking Clearances
Front Lip Height
The height of the front retaining wall can be adjusted to balance product visibility with containment, depending on whether the items are loose, bagged, or boxed.
Bearing Ledge Width
The horizontal top ledges on the side walls can be widened to provide a larger resting surface for the tray above, though this must be coordinated with the locking slot positions in the base.
Back Wall Height
The rear panel can be extended to provide a larger billboard for branding or to contain taller products, as long as it balances with the overall display stability.
Packing details
Blank Size and Production Routing
The double-thick roll-over walls require a larger flat blank than a standard glued tray. This extended footprint typically routes production to a flatbed die-cutter rather than rotary equipment.
Additional notes
Retail shelf loading
Modular trays allow retailers to replace empty tiers individually rather than restocking a single large display piece by piece.
Parcel sealing and outer carton choice
When shipping pre-loaded trays, the outer master carton must be sized to prevent the interlocking tabs from being crushed during transit.
FAQs
How do the trays lock together?
The side walls feature a folded horizontal ledge with upward-pointing tabs. When a second tray is placed on top, these tabs insert into corresponding slots cut into the upper tray's base, preventing the tiers from sliding apart.
Does this tray require glue or tape to assemble?
The tray uses mechanical roll-over locks instead of adhesive. The front and back walls fold over the side flaps and lock securely into the base panel, holding the structure rigid.
Can this tray be shipped directly to consumers?
The open front and top leave the product exposed, making it unsuitable for direct courier shipping. It is designed to be shipped flat to a packing facility, or pre-loaded and shipped inside a closed master carton.
What prevents the walls from bowing outward when loaded?
The front and back walls are double-thick corrugated board that wraps over the side flaps. This reinforced construction resists outward pressure from heavy or shifting products.
Where can graphics be printed on this tray?
Graphics are typically printed on the flat exterior. Because the tall back wall rolls over during assembly, the exterior print surface becomes the visible interior backdrop behind the product.
Why does this tray require flatbed die-cutting?
The roll-over walls make the unfolded blank very large relative to the finished tray size. This extended shape, combined with the precise locking slots and tabs, requires the accuracy and bed size of flatbed die-cutting equipment.
Can these trays be used on automated packing lines?
The complex roll-over walls and interlocking tabs require manual assembly. They are designed for hand-packing stations or co-packing facilities rather than high-speed automated erectors.
How is the bottom tray supported if it carries the weight of the whole tower?
The bottom tray must be made from a board grade strong enough to handle the combined weight of all tiers above it. Often, a separate reinforced base or pallet is used under the bottom tray to distribute the load.
