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FEFCO 0460

Automated Wrap-Around Display Tray

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

Requires automated wrap-around machinery and hot-melt glue
Lowered front panel provides immediate retail shelf visibility
Primary product acts as an internal mandrel during the folding sequence

About this product

A one-piece corrugated tray designed for high-speed wrap-around case packers. It features tall rear and side walls for pallet stacking, paired with a lowered front panel that keeps primary products visible on the retail shelf.

Because it relies entirely on hot-melt glue and machine erection, it is built for high-volume beverage, dairy, and FMCG lines rather than manual pack benches.

Common uses

Beverage and canned goods multipacks
Dairy and liquid carton grouping
FMCG shelf-ready distribution
Glass jars and rigid containers

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High-volume retail and shelf-ready packing

Retail-ready beverage and canned goods

The tray wraps tightly around rigid cylinders. The high back supports pallet weight, while the low front lets shoppers grab individual units without tearing corrugated board.

Dairy and liquid carton grouping

Automated lines rely on this tray to group milk or juice cartons. The tight machine-folded fit prevents lateral shifting during transit.

Glass jars and rigid containers

The wrap-around process builds the tray directly against the primary containers, creating a tight group that reduces clinking and movement without needing internal partitions.

Club store multipacks and bulk goods

The high rear and side walls support heavy pallet loads typical of bulk retail, while the open front allows immediate shopper access straight from the pallet.

Beverage, dairy, and FMCG distribution

High-speed FMCG lines

Operations running thousands of units per hour rely on this blank because it lacks complex friction locks, allowing continuous-motion plows to fold and glue the corners in fractions of a second.

Big-box retail distribution

Store guidelines increasingly demand shelf-ready packaging. This tray moves directly from the pallet to the shelf, eliminating the labor of cutting open master shippers.

High-volume contract packing

Co-packers running continuous wrap-around equipment use this style to quickly switch between different product groupings while maintaining a consistent retail-ready presentation.

Manual assembly and closed-transit alternatives

Manual pack benches

If your team erects trays by hand, the hot-melt corners of this tray are highly inefficient. Compare the FEFCO 0422, which uses friction locks that fold and hold their shape without glue or machinery.

Pure transit without display needs

If the goods will not be displayed in the tray, the front cutout sacrifices vertical strength unnecessarily. Compare the FEFCO 0415, which maintains uniform wall height for maximum pallet stability.

Close variants and lookalike dielines

The closest library neighbors include EVC30041, EVC30042, EVC30043. Use this as a variant check if a buyer brings an old code, sample, or dieline that looks close. The deciding details are usually the lock, slot, closure, wall build, part count, or fold sequence.

Window depth, board caliper, and glue zones

Display window depth versus pallet strength

Lowering the front panel increases product visibility but removes vertical support. The exact cutout depth must balance marketing goals against the weight of the pallets stacked above it.

Board caliper and machine clearances

The fold allowances must precisely match the corrugated board thickness. If the board is too thick for the machine's plows, the side walls will bow and the hot-melt glue bonds will fail under tension.

Unvarnished glue zones for hot-melt adhesion

If the outer walls receive high-gloss retail printing or varnish, the specific areas where the trapezoidal flaps meet the end walls must remain unvarnished so the hot-melt adhesive can penetrate the paper fibers.

Primary product arrangement as the internal mandrel

The wrap-around process uses the grouped products as a physical block to fold against. The primary containers must be rigid enough to withstand this lateral machine pressure.

Display profile and corner flap adjustments

Display window profile shaping

The front cutout can be a simple straight drop or profiled with rounded corners to match primary packaging, provided the cutting equipment can reliably strip the resulting waste.

Corner glue flap sizing

The trapezoidal flaps can be lengthened or shortened to match the specific clearances of the buyer's wrap-around packer, ensuring enough surface area for the glue bead without causing machine collisions.

Base footprint and fold allowances

The exact dimensions of the base panel are tuned to the specific board thickness, preventing the side walls from bulging outward when wrapped around the product block.

Board and packing details

Internal stripping waste

The display window generates a large central offcut during manufacturing. High-volume runs require careful equipment setup to ensure this waste is stripped cleanly without jamming the press.

Window shape variations

Straight versus rounded display cutouts

The front window can be angled sharply or curved to match the branding of the primary containers, though sharp internal corners can sometimes tear under heavy top loads.

Additional notes

Print surfaces and hot-melt adhesion

High-impact retail graphics often use varnishes or coatings. These coatings must be kept off the corner glue zones, or the hot-melt adhesive will peel away during transit.

FAQs

Packing labor

Can this tray be assembled by hand?

Manual assembly is highly inefficient. The corners rely entirely on hot-melt glue applied while the walls are held perfectly square. Without a machine fixture, the tray will likely warp and lose its stacking strength.

Shipping route

Does this tray work for parcel shipping?

The open top and lowered front panel provide zero protection against courier drops or top-loading. It requires a sealed master carton if moving through mixed-carrier networks.

Product fit

How does the front cutout affect pallet stacking?

Removing corrugated board from the front wall forces the side and rear walls to carry the entire top load. Heavy pallets may require a stronger board grade to compensate for the missing front support.

Board and finish

What board grades run reliably on wrap-around machinery?

Fine flutes or standard single-wall boards handle automated plows well. Double-wall board often creates too much spring-back tension, challenging the hot-melt glue bond.

Production path

Why do the glue flaps matter for machine setup?

The trapezoidal flaps must match the specific clearances of your wrap-around packer. If they are too long, they collide; if too short, the glue surface area is insufficient to hold the tray together.

Inserts

Does this tray need internal partitions?

Usually, no. The wrap-around process builds the tray tightly against the primary containers, grouping them securely enough to prevent lateral shifting without extra corrugated inserts.

Manufacturing

How does the display window affect the flat blank?

The lowered front panel creates a large central offcut. This internal waste must be actively stripped during production to ensure clean blanks arrive at your packing facility.

First conversation

What product details help start a packaging conversation?

Knowing your exact primary container dimensions, the intended grouping, and the specifications of your wrap-around machinery helps determine the exact blank size and fold allowances.