Drint

3D mockups · Shipping carton

Carton, tuck locks both ends

Nº D-11648

Hinged tuck top and bottom, locks at both ends.

Made for: Fashion & retail, Food & specialties.

Sample printed on brown-liner corrugated board, uncoated; style: slotted shipping carton (choose flap styles – FEFCO code).

Sample size 220 × 220 × 220 mm.

About this mockup

Slotted carton variants: the regular slotted case (FEFCO 0201 and family) with hand holes, air holes, a tear strip, a puzzle lock, rounded flaps or a window — picked in the product card’s Style select.

Usually holds
Distribution goods, produce, bottled drinks, parts, household goods.
Who uses it
Corrugated plants, factories, logistics, online sellers.
Popular in
Vietnam, Southeast Asia, worldwide (FEFCO codes are shared everywhere).
Also searched as
double tuck lock carton · two end locking box · double tuck lock mockup

How to use this mockup

  1. Start from the 220 × 220 × 220 mm sample or type your own size.
  2. Design straight on its real dieline.
  3. Turn it in 3D, export a picture or video, or stage a scene.

Trade tips

  • Flexo-printed cartons suit one or two solid colours and bold lines; fine detail and gradients blur.
  • Print the logo on two adjacent sides so the name shows however the cartons are stacked.
  • On brown corrugated, colours print darker than on screen: proof on kraft first.
  • Unlaminated paper keeps its natural feel but scuffs easily: fine for short-lived packs.

Questions

Is the carton with locking tuck ends mockup free?

Yes, commercial use included; Free adds a watermark grid at 1K, Pro exports 4K without it.

Can I use my own size for the carton with locking tuck ends?

Yes — from the 220 × 220 × 220 mm sample or your own size, with the dieline redrawn.

Can I get the carton with locking tuck ends dieline for printing?

Yes, with Pro: the die files (SVG, PDF / AI, DXF / CF2) and the CMYK print PDF; designing on the die is free.

What is the carton with locking tuck ends sample printed on?

The sample is brown-liner corrugated board with no lamination, on a dieline drawn at the size you type.

Construction

This family is built around FEFCO 0201 and a few related 02xx/03xx codes: one sheet of corrugated board carries four body panels, a manufacturer's joint (glued, stitched or taped) closes them into a sleeve, and each end has four flaps. Each variant adds one die-cut feature to the base dieline: hand holes, vents, a tear strip, locking tabs, rounded flap corners, a window, or a body split into two or four pieces when the box outgrows the die-cutter. Boxes ship flat; the packer squares them up, folds the bottom flaps, fills and closes the top.

Choosing board and material

Single-wall B flute (about 3 mm) or C flute (about 4 mm) for contents up to roughly 10–12 kg; double-wall BC (6–7 mm) for big boxes, heavy goods or high warehouse stacks. Brown kraft liners of 150–250 gsm are standard, a white top liner when colour must look clean. Every cut-out weakens the box, so when you add holes, vents or a tear strip, step up a flute or a liner grade rather than keeping the plain-box spec.

Finishing

Warehouse cartons are flexo printed in 1–3 water-based colours with no lamination; for photo-quality graphics, print offset on paper and laminate it onto E or B flute (litho-lam). A PET window can only be patched onto a flat panel, never across a score. Hand holes can keep a fold-in flap of board so the edge doesn't cut fingers.

Preparing the print file

Work on the flat dieline at the exact inside size; the four body panels sit side by side, so a logo running across a score will break at the corner — give each panel its own block of content. Every die-cut feature (holes, windows, tear strips, locks) is a no-print zone: keep type at least 10–15 mm from any cut-out. Multi-piece boxes need one file per piece with join marks so the factory pairs them correctly.

Common mistakes

  • Hand holes too close to the top edge or a corner: the box tears up from the hole on its first lift; keep holes about 40–60 mm below the top score and at least 60 mm from a vertical corner.
  • Vents or windows placed on the vertical corners: the corners carry most of the stacking load, and the box collapses on the pallet.
  • A zipper or perforated tear line drawn straight through the brand name: opening the box rips the logo in half and looks like damage.
  • A two- or four-piece box designed as one continuous sheet: the artwork jumps at every join because each piece is cut and glued separately.

Questions and answers

How is a carton with locking tuck ends different?

Both the top and the bottom are one-piece tuck flaps with locks, so the box opens from either end and needs no glued base. The 220 mm cube sample suits gifts and light housewares.

Will a tuck bottom hold heavy goods?

A tuck bottom holds roughly 2–3 kg; for heavier goods switch the base to a 1-2-3 snap lock or a crash-lock bottom so it doesn't spring open.

How do these carton variants differ from a plain FEFCO 0201 box?

The base structure is the same — a four-panel body and four flaps at each end; what changes is the feature added to the cutting die, such as hand holes, vents, a tear strip, locking tabs or a window. Each feature needs its own knife or perforating rule in the die.

How much compression strength does a hole take away?

It depends on the size and position: two side hand holes typically cost roughly 10–20%, and large holes, holes near corners or many vents can cost more. Compression-test a real sample if the boxes will be stacked high.

What if the box is bigger than the die-cutter can handle?

Split the body into two pieces (two panels each) or four pieces (one panel each), each with a glue flap, then glue or stitch them at the corners. This is common for machinery, furniture and other bulky goods.

Sizes available

  • 220 × 220 × 220 mm

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