Retail Shelf Displays and Kitting Trays
Shelf-ready packaging (SRP)
The diagonal sides make it easy for retail staff to place the entire tray directly on the shelf. The rolled front edge provides a clean, printable surface facing the aisle without exposed corrugated flutes.
Inner presentation trays for master shippers
Packed inside a larger transit box, this tray keeps multi-pack items organized during shipping and ready for immediate display once the outer box is removed.
Countertop point-of-sale displays
The double-thick rolled edges give the tray a finished, premium feel, making it suitable for checkout counters where presentation matters.
In-plant kitting and assembly trays
Once erected, the double-thick floor and locked corners create a rigid tray for organizing components on a production line or packing station.
FMCG, Cosmetics, and Bundled Packs
Fast-moving consumer goods (FMCG)
Brands moving high volumes to retail shelves choose this tray to avoid factory gluing costs while maintaining a clean, shelf-ready presentation.
Cosmetics and small accessories
The concealed front edges hide the raw corrugated fluting, providing a smoother look for premium retail environments.
Direct-to-consumer bundled packs
E-commerce brands use this as an internal tray to organize multiple items inside a larger mailer, creating a clean unboxing experience.
Evaluating Glued or Straight-Sided Trays
Compare to glued crash-lock trays
If your pack station needs to erect trays in seconds, a factory-glued crash-lock base (FEFCO 0801) is much faster to assemble than folding and locking this tray by hand.
Compare to standard straight-sided trays
If you need to stack heavy pallets directly on the tray walls, the diagonal cuts on this display tray reduce vertical strength. A straight-sided tray (FEFCO 0422) offers better top-load support.
Board Thickness, Labor, and Transit Choices
Pack-station labor versus factory gluing
This tray ships flat and avoids factory gluing costs, but it requires two-hand manual assembly. Your team must pre-break the creases and fold the 180-degree locks into place.
Board thickness limits
The 180-degree rollover locks are highly sensitive to board caliper. Fine flutes fold cleanly. Heavy flutes or double-wall boards will likely bind or crush the locking tabs during assembly.
Master shipper requirements
Because this tray has an open top and diagonal sides, it offers no top protection. It requires a master outer carton for transit through parcel or freight networks.
Blank area and material usage
The interior rollover panels must match the depth of the exterior walls to lock into the floor. This requires a larger flat blank than a simple glued tray, which affects material yield.
Front Panel Height and Lock Clearances
Front panel height
Raising or lowering the front wall changes the slope of the diagonal sides, altering how much of the product is visible versus how securely it is contained.
Locking slot friction
The base slots can be adjusted for tighter or looser friction depending on the chosen board grade and how frequently the tray will be handled.
Double crease allowances
If you change the board grade, the double creases must be recalculated to ensure the 180-degree rollover panels fold without tearing the outer liner.
Board and packing details
Pre-breaking the creases
Manual assembly requires the operator to pre-break the double creases before folding. Skipping this step causes the rollover panels to fight the operator, making it difficult to seat the locking tabs.
Additional notes
Concealed front edges
The 180-degree rollover hides the raw corrugated fluting on the front and back walls, providing a smooth, continuous surface for retail branding.
Related Display and Tray Packaging
FAQs
Shipping and Route
Can this tray be shipped directly in the mail?
No. The open top and diagonal sides mean it offers no top protection. It must be packed inside a master shipper for transit.
Assembly and Closure
Does this tray require tape or glue to stay together?
No. The front and back panels roll over the side tabs and lock mechanically into the base. Once seated, the tension holds the tray square.
Board and Finish
Why is board thickness so important for this design?
The front and back panels must fold a full 180 degrees to lock into the floor. If the corrugated board is too thick, those folds will bind, and the locking tabs will crush before they seat properly.
Packing Labor
Is this faster to pack than a standard glued tray?
No. Because it relies on manual folding and mechanical locks, it takes more time at the pack station than popping open a factory-glued crash-lock tray.
Storage and Handling
Can we stack these trays on a pallet?
Stacking is limited. The diagonal side walls reduce the vertical load-bearing area compared to a tray with four full-height walls. Heavy top loads may cause the sides to crush.
Modifications
Can the front lip be adjusted?
Yes. The front panel height can be raised to hold taller products securely or lowered to maximize product visibility. This adjustment will change the angle of the diagonal side walls.
Board and Finish
Can we use double-wall corrugated board for this tray?
Generally, no. The complex 180-degree rollover folds and tight locking slots are designed for fine flutes. Double-wall board is too thick and will tear or fail to lock.
Production and Yield
Why does this tray use more material than a standard glued tray?
To create the clean rolled edges and lock the tray together, the front and back panels must fold completely over and reach the floor. This double-thick wall requires a larger flat blank.
