Retail, display, and parts bin packing
Shelf-ready retail displays
The clean rolled rim looks premium on a store shelf, and the open top allows immediate consumer access. The double-thick edge withstands repeated reaching and grabbing without looking frayed.
Heavy-duty parts bins
For internal material handling, the reinforced edge prevents the tray from bowing outward when loaded with heavy components, while protecting operators from sharp corrugated edges.
Telescopic box bases
When paired with a separate lid, this tray serves as a rigid bottom half for a two-piece presentation or sales kit.
Open-access sorting trays
Fulfillment centers use the open top for rapid sorting, relying on the rolled edge to maintain shape during fast-paced manual loading.
Consumer goods, apparel, and industrial kitting
Consumer goods and cosmetics
Brands use the inward-folding flaps to display interior warning labels, instructions, or accent colors without paying for two-sided printing.
Industrial kitting and assembly
Line workers need open bins that won't cause paper cuts during fast, repetitive picking. The rolled edge makes high-speed manual access safer.
Apparel and soft goods
The smooth upper rim prevents delicate fabrics from snagging on raw corrugated edges during packing and unboxing.
When to consider a different tray or box
When a raw edge is acceptable
If the tray is strictly for internal storage and a raw cut edge is not a safety or presentation issue, a Half-Slotted Container (FEFCO 0200) saves the board area used by the inner flaps.
When shipping through mixed-carrier networks
An open tray exposes your product to dust and impact. If the package ships individually through courier networks, compare a fully enclosed Regular Slotted Container (FEFCO 0201).
Board thickness, flap retention, and base sealing
Board thickness and the 180-degree fold
Heavy double-wall board resists folding flat against the inner wall and can crack at the hinge. Fine flutes are much easier to fold and stay pinned down, making them a better fit for this specific tray.
Inner flap retention
Corrugated board has memory. The inward-folding flaps may need spot glue or a tight-fitting product to prevent them from springing back into the tray cavity.
Base sealing labor
The bottom flaps meet in the center and are sealed with tape, glue, or stitching by your packing team before the tray can be loaded.
Print layout for interior branding
Deciding to print the outer top flaps allows artwork to roll inward during assembly, creating a branded interior rim.
Flap depth, adhesive locking, and crease tuning
Partial-depth inner flaps
Instead of the inner flaps reaching the floor of the tray, they can be shortened to cover only the top few inches. This maintains the safe rolled edge while reducing material cost on deeper trays.
Spot glue application
Adding adhesive dots between the inner flaps and the side walls locks the rim in place if the packed product does not naturally wedge the flaps down.
Double crease tuning
The horizontal hinge connecting the top flaps to the walls uses a double crease. The distance between these creases must be tuned to the exact board thickness to prevent liner cracking during the 180-degree fold.
Board and packing details
Inside branding from an outside print pass
Because the top flaps fold inward, artwork printed on the outside of the flat blank ends up facing the interior of the assembled tray. This allows for interior rim branding using a single-sided print run.
Base closure methods and packing speed
Since the bottom of the tray is identical to a regular shipping box, it requires the same taping or gluing steps. This adds manual assembly time compared to a crash-lock or snap-bottom tray.
Design variations
Partial-depth inner flaps (0214a)
Shortens the inward-folding flaps to create a reinforced collar rather than a fully double-walled interior, saving material on deeper trays.
Additional notes
Print panel and label area
The smooth, unbroken front and side panels provide excellent surfaces for retail graphics, while the rolled top edge prevents the artwork from looking frayed or unfinished.
Related packaging to compare
FAQs
Assembly and closure
Do the inner flaps stay down on their own?
It depends on the board and the product. Corrugated board naturally wants to spring back. If your product doesn't wedge the flaps against the walls, you may need to apply spot glue during assembly to keep the rim tight.
Shipping and route
Can this tray ship through parcel networks?
Not on its own. The open top exposes your product to dust and impact. It must be placed inside a master shipper or used strictly for palletized freight.
Print and presentation
How does the inside rim get printed?
The top flaps start on the outside of the flat blank. By printing your branding on that specific outer section, the graphics roll inward during assembly, creating an interior printed rim without the cost of two-sided printing.
Board and material
Can I use heavy double-wall board for extra strength?
It requires careful testing. Heavy board is difficult to fold 180 degrees and places immense stress on the hinge, which can cause the liner to crack. Fine flutes are generally a better fit for this specific fold.
Packing labor
Can this tray be erected on automated machinery?
Conventional case erectors can form the base, but they cannot execute the 180-degree inward fold for the top rim. That step usually requires manual labor or specialized tray-forming equipment.
Cost and material
Does this use more material than a standard box?
A full-depth version uses roughly the same amount of board as a fully closed box. If you want to reduce material costs, we can shorten the inner flaps to create a partial-depth collar.
Assembly and closure
What keeps the bottom of the tray closed?
The base features four flaps that meet in the center, identical to a regular shipping box. Your packing team must seal these flaps with tape, glue, or stitching before loading the tray.
Cost and material
How does the partial-depth variant change the tray?
The 0214a variant shortens the inner flaps so they only cover the top few inches of the interior wall. This saves board area on deep trays but leaves the lower section of the walls single-ply.
