ECMA · 2D DIELINE

Tuck Top Auto Bottom Carton

ECMA A60.20.01.01

A crash-lock base glued during manufacture: the carton ships flat and its bottom springs shut the moment the sleeve is squared, then closes with a tuck top.

Create this dieline

Interactive 3D folding is available in the preview studio.

Preview generated in the editor
Solid — Cut Dashed — Crease

SUPPORTED INPUTS

Dimensions and parameters.

These values come directly from the template blueprint. No extra specifications have been invented.

L (length)Default 100 mmRange 25500 Required
W (width)Default 50 mmRange 10"L" Required
D (depth)Default 150 mmRange 1/4 "L"500 Required
Paper thicknessDefault 0.5 mmRange 0.21 Required

STRUCTURE NOTES

About this construction.

Reading the code A60.20.01.01

A60.20.01.01 sits in ECMA group A: long-seam-glued folding cartons with rectangular surfaces. The carton is glued into a sleeve along its long seam, and the code's panels are numbered 1 to 4 starting from that glue seam. The two leading blocks describe the closure systems — the bottom first (60), then the top (20); the following blocks record which panel each closure's flap is connected to.

Here the bottom end uses the automatic (pre-glued) closure system (60), and the top end uses the tuck-in flap closure system (20).

Counting from the glue seam, the bottom flap hangs on panel 1 and the top flap hangs on panel 1.

How the closures behave

The base is glued during carton manufacture and folds flat; when the packer squares the sleeve, the base springs into place already closed — the crash-lock principle that makes this the fastest base to erect on a filling line.

A single flap folds over the end and its tuck slides between the panels — the everyday closure of retail cartons: quick to close by hand, clean on the shelf, and reopenable without damage.

Typical uses

Pre-glued automatic bases are the high-throughput answer: the carton erects in one movement, which pays off on fast filling lines and for products packed in volume.

Tuck-closed cartons are the default retail carton: cosmetics, pharmaceuticals, small hardware and boxed goods that are filled by hand or at moderate line speeds and need to present cleanly on a shelf.

Dimensions and board

The parameters above — length, width, depth and paper thickness — drive the whole blank. Board caliper is not a footnote: tuck clearances, lock engagement and panel fit all scale with it, which is why it is a first-class input to the parametric model rather than an allowance you add by hand.

Every value is validated against the template's supported range, and the 2D dieline and 3D fold preview regenerate together from the same structure. Confirm final board grade, grain direction and tolerances with your converter before production.

COMMON QUESTIONS

Quick answers about this template.

What is Tuck Top Auto Bottom Carton?

ECMA A60.20.01.01 is a long-seam-glued folding carton in ECMA group A (base: automatic (pre-glued) closure system; top: tuck-in flap closure system).

Which dimensions does the Tuck Top Auto Bottom Carton dieline need?

4 parameters drive the blank: L (length), W (width), D (depth), Paper thickness (mm, um). Each value is validated against the template's supported range, and the whole dieline regenerates from them.

Can I see how Tuck Top Auto Bottom Carton folds before cutting it?

Yes. The interactive 3D fold preview and the 2D dieline are generated from the same parametric structure, so the fold you watch on screen is the geometry of the sheet you cut. Open the template in the preview studio to fold it at your own dimensions.