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FEFCO 0430

Heavy-Duty Picking Tray with Handles

The heavy-duty picking tray is a one-piece corrugated tote built for intra-facility logistics, order fulfillment, and agricultural transport. It features integrated die-cut handles for manual lifting and relies on permanently fastened corners to bear lateral loads.

Unlike self-locking display trays, this structure has no friction tabs. The four corners must be secured with hot-melt glue, heavy-duty tape, or wire stitches. This trades tool-free assembly for structural permanence, making it a practical choice for dense parts, bulk produce, and repeat warehouse handling.

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At a glance

  • Integrated die-cut handles for manual lifting
  • Requires hot-melt glue, tape, or wire stitches to hold its shape
  • Open-top design often paired with a separate lid for pallet stacking

Common uses

  • Warehouse order picking and fulfillment
  • Agricultural and bulk produce transport
  • Internal kitting for manufacturing
  • Telescopic base for heavy palletized shipments

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Warehouse Fulfillment and Heavy Goods Transport

Order picking and fulfillment

The open top allows fast loading on a pack line, while the handles reduce operator strain when moving loaded trays between stations.

Agricultural and bulk produce transport

When manufactured in heavy-duty board, the fastened corners resist the outward pressure of dense, loose goods like fruits or vegetables.

Telescopic base for heavy shipments

The tray can serve as the reinforced bottom half of a two-piece set when paired with a matching lid, allowing for secure pallet stacking and transit.

Internal manufacturing kitting

Teams moving dense metal or plastic components between assembly areas use this tray because the glued or stitched corners will not pop open under heavy lateral weight.

Logistics, Agriculture, and Internal Kitting

Intra-facility logistics

Teams moving components between assembly areas need a rigid, reusable tote. The glued or stitched corners provide that permanence compared to friction-lock trays.

Fulfillment centers

Operators lifting dozens of trays a day benefit from the die-cut handles, which transfer the lifting force safely to the tray body rather than requiring an awkward bottom grip.

Cold-chain and agricultural packing

Operations moving chilled produce often require moisture-resistant board coatings. Because these coatings can repel standard hot-melt glue, these buyers frequently specify wire-stitched corners instead.

When to Consider Tool-Free or Closed Packaging

Manual assembly without fastening tools

If your packing team needs to assemble trays by hand without a glue gun or stapler, compare this to a roll-over lock tray (FEFCO 0422). It uses friction tabs instead of glue, though it trades away some heavy-duty burst resistance.

Single-item parcel shipping

Because this is an open-top tray, the contents remain exposed and handle holes can catch on sorting equipment. For direct-to-consumer courier transit, consider a hinged-lid mailer or plan to place this tray inside a sealed master carton.

Fastening Methods, Board Strength, and Closure

Manual stitching versus automated gluing

The corner flaps can be sized differently depending on your packing route. Automated plunger-style tray erectors need specific flap tolerances for hot-melt glue, while manual pack benches using pneumatic staplers may need wider flaps for easy alignment.

Single-wall versus double-wall board

The payload dictates the board. Heavy industrial parts usually require double-wall corrugated to prevent the handles from tearing out under tension.

Handle placement and tear resistance

Placing the handles too close to the top edge reduces the amount of board supporting the load, increasing the risk of tearing. A prototype lift test helps confirm the right balance between ergonomics and strength.

Top closure and pallet stacking

The open top provides no cross-bracing. If you plan to stack these heavily on a pallet, you must decide whether to use a separate telescopic lid, corner boards, or heavy stretch wrap to keep the load stable.

Handle Placement and Corner Clearances

Handle size and shape

The width and length of the hand holes can be adjusted to accommodate different glove sizes or lifting preferences, though larger holes remove more structural board from the end walls.

Corner flap slot styles

The way the corner flaps are cut can be adjusted. A cut-out style removes material for cleaner machine folding, while a hinged style leaves more material for strength but requires careful stripping on the die-cutter.

Double crease tuning for thick board

If you specify a heavy double-wall board for dense parts, the factory will adjust the fold allowances so the thick board folds squarely at 90 degrees without cracking the hinges.

Board and packing details

Internal stripping waste

The die-cut handle holes create small pieces of scrap board. In high-volume automated setups, it is important that the factory cleanly strips these cutouts so they do not jam your tray erecting equipment.

Corner Flap Variations

Corner slot styles

The way the corner flaps are cut can be adjusted to leave more material for strength or remove material for cleaner machine folding, depending on your assembly method.

Additional notes

Manual pack-bench assembly

If you are not using an automated tray erector, this tray requires a dedicated pack bench equipped with a hot-melt glue gun or a pneumatic stapler to secure the corners before loading.

Related Trays and Shippers

FAQs

Assembly and Packing

Can this tray be assembled without tape or glue?

No. This structure has no mechanical locks or friction tabs. The four corners must be permanently fastened using hot-melt glue, heavy-duty tape, or wire stitches to hold its shape.

Strength and Handling

How much weight can the handles support?

Handle strength depends entirely on the board grade and the vertical placement of the cutouts. Heavy payloads usually require double-wall corrugated to prevent the board above the handle from tearing out during a lift.

Shipping and Route

Can I ship this tray through a parcel network?

Not on its own. The open top exposes the contents, and the handle holes can catch on sorting equipment. For courier transit, this tray must be placed inside a sealed master carton or paired with a secure telescopic lid.

Production Path

Does this require custom tooling to manufacture?

Yes. The handle holes and corner flap reliefs require flatbed or rotary die-cutting. It cannot be produced on a simple rotary slotter.

Strength and Handling

Can these trays be stacked on a pallet?

Yes, the vertical walls support top-to-bottom compression. However, because the open top provides no cross-bracing, heavy pallet loads often require a separate lid, corner boards, or stretch wrap to remain stable.

Assembly and Packing

Is this compatible with automated tray erectors?

Yes, it is frequently run on plunger-style tray formers equipped with hot-melt glue systems. It is not compatible with standard linear folder-gluers.

Strength and Handling

How do we prevent the handles from tearing with heavy parts?

Specify a heavier board grade, such as a double-wall corrugated, and ensure the handle cutouts are placed lower on the end panels so there is more material above the hole to bear the lifting tension.

Assembly and Packing

Can we use moisture-resistant board for agricultural packing?

Yes, moisture-resistant coatings can be applied to the board for cold-chain produce. Keep in mind that heavy coatings may repel standard hot-melt glue, which often requires switching to wire stitching for the corners.

A reliable workhorse for heavy internal logistics, provided the corners are properly fastened and the board matches the payload.

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