ECMA A11.01.01.00.38

Reading the code A11.01.01.00.38

A11.01.01.00.38 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 (11), then the top (01); the following blocks record which panel each closure's flap is connected to.

Here the bottom closure is recorded as 11, a value this catalogue documents structurally rather than by name, and the top end has no closing flaps (01).

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

The trailing .38 is an ECMA group X feature code recorded with this design.

How the closures behave

This end of the carton stays open — there are no closing flaps, so the structure works as an open end for sleeves, display cartons or designs closed by other means.

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.

What is ECMA A11.01.01.00.38?

ECMA A11.01.01.00.38 is a long-seam-glued folding carton in ECMA group A (base: closure system 11; top: no closing flaps).

Which dimensions does the ECMA A11.01.01.00.38 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 ECMA A11.01.01.00.38 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.