Retail And Presentation Packing
Luxury gift and cosmetic sets
The rigid double walls and distinctive hexagonal footprint elevate the presentation. The rolled edges ensure no raw paperboard is visible, making it a strong fit for high-end retail environments.
Confectionery and specialty foods
Often used as a base for assorted chocolates or specialty items. The glue-free construction avoids adhesive odors, though a separate lid or outer sleeve is needed for final closure.
Boutique apparel and accessories
The smooth, rolled interior edges prevent delicate fabrics from snagging. The open presentation allows customers to view the product immediately upon removing the outer lid or sleeve.
Tabletop retail displays
The double-wall perimeter provides enough rigidity to hold smaller items for point-of-purchase display. The flat base keeps the tray stable on store counters.
Fulfillment And Display Contexts
Manual fulfillment operations
This tray arrives completely flat and is erected by hand. The six-sided fold sequence and interlocking tabs take time to assemble, making it better suited for specialized kitting lines rather than high-speed packing.
Premium retail display
The double-wall perimeter provides excellent resistance to outward bowing, keeping the tray looking sharp on the shelf even when holding denser product assortments.
Limited-run promotional campaigns
Because it requires no gluing, this tray can be produced without folder-gluer setup time. This makes it easier to trial for short runs or seasonal promotions, provided the manual assembly labor is planned for.
When To Consider Rectangular Or Glued Trays
High-volume packing lines
If your fulfillment line relies on automated tray formers, a standard four-sided glued tray or crash-lock base is a safer choice. The complex roll-over sequence of this hexagonal design is intended for hand assembly.
Strict material budgets
The flat blank for this tray resembles a six-pointed star, which leaves unused space on the dieboard. If material yield is the primary concern, a rectangular double-wall tray will nest more efficiently.
Board, Print, And Route Choices
Board caliper and folding endurance
The inner walls must roll a full 180 degrees to lock into the base. This requires a folding boxboard that resists cracking. Heavy corrugated board is generally too thick for the foot-locks to engage properly.
Interior printing
Because the inner walls are formed by folding the outer panels inward, the inside of the tray displays the same printed surface as the outside. This often eliminates the need for two-sided printing.
Outer transit packaging
As an open tray, this package requires a separate hexagonal lid, a custom sleeve, or a master shipping carton to protect the goods during transit.
Base symmetry and footprint
The base can be configured as a regular hexagon with equal sides, or stretched into an elongated shape to fit specific product arrangements. This choice affects both the final display and the flat blank size.
Base Symmetry And Wall Modifications
Hexagonal footprint proportions
The base can be kept as a regular hexagon with equal sides, or stretched into an elongated shape to fit specific product arrangements.
Wall height and depth
The overall depth of the tray can be adjusted, though very deep walls may make the manual roll-over assembly more difficult for packing staff.
Foot-lock slot width
The slots in the base must be sized exactly to the chosen board thickness. If the board grade changes, the template must be updated to ensure the locks snap in securely without tearing.
Packing details
Dieboard nesting and material waste
The star-shaped flat blank creates negative space between the wall assemblies. Converters may need to interlock the blanks carefully on the dieboard to manage material waste during large runs.
Additional notes
Board thickness and lock security
The width of the locking slots is directly tied to the chosen board thickness. Changing board grades without updating the template can cause the tray to pop open.
Related Presentation Packaging
FAQs
Can this tray be erected by machine?
The alternating fold sequence and 180-degree rolled walls are designed for manual assembly. Standard automated tray formers typically cannot handle this complex multi-step roll-over.
Does this tray use glue?
The entire tray holds together using mechanical foot-locks that snap into the base perimeter, allowing it to ship completely flat.
How long does it take to assemble?
Because it requires folding six double walls and engaging six separate foot-locks, it takes more time to erect than a standard four-sided tray. It is best suited for specialized kitting lines.
Can this be made from corrugated board?
It is challenging. The 180-degree folds and precise locking tabs are designed for folding carton board. Corrugated board is usually too thick and may crush or fail to lock.
Do I need two-sided printing to have graphics on the inside?
Usually not. The inner walls are formed by rolling the exterior panels inward, meaning your primary outside graphics will also cover the interior walls.
How does this tray ship to the fulfillment center?
It ships completely flat, which provides excellent inbound freight density before assembly.
How do I close the tray for retail?
This template is for the base tray only. You will need to pair it with a separate hexagonal telescopic lid, a custom sleeve, or shrink wrap depending on your retail presentation.
Is this tray suitable for heavy glass jars?
The double-wall construction provides good rigidity for display, but because the base is unglued, heavy items should be supported from underneath when the tray is lifted.
