Paper products and custom contours / JETDIELINE

Custom shape with creases

Blank from your own closed contour (point list, e.g., from an SVG file) with a uniform corner radius and up to four crease lines between contour points; panels are derived from the crease lines.

Gifts Retail

Custom shape with creases — Dieline preview of the documented example. Set the dimensions and production material in JetDieline.

Template ID: custom.polygon
Construction: Paper products and custom contours
Current template version: V1
Dieline preview version: V1

How the shape is constructed

The starting contour is a gable-shaped card defined by five points. A uniform radius rounds the corners; no crease lines are active in the starting example. Up to four crease lines connect entered contour points. The resulting surfaces are built as panels with folding semantics.

How it is assembled

Fold crease lines in numerical order: positive angles inward, negative angles outward.

Material and grain direction

no recommendation (check)

Test fit, folding and closure on a sample made from the intended material. Confirm material thickness, grain direction and production steps with your printer.

Dimensions of the illustrated example

120 × 200 mm

12 × 20 cm4.72 × 7.87 in / ″

Width: 120 mmHeight: 200 mm

Outside dimension

These dimensions describe the preview, not a fixed packaging size. The app recalculates the dieline for your own dimensions.

What to consider for this construction

Corner radius

Radius at all contour corners with at least a 5° direction change; crease line ends remain sharp.

Crease line 1 from point

Number of the contour point where the crease line starts (1 = first contour point); 0 = no crease line.

Crease line 1 to point

Number of the contour point where the crease line ends; the line must lie within the contour and must not cross another crease line.

Crease line 1 fold angle

Fold angle of the crease line: positive inward, negative outward; 0° remains flat.

Crease line 2 from point

Number of the contour point where the crease line starts (1 = first contour point); 0 = no crease line.

Frequently asked questions

Which contour does the starting example show?

The point list is 0 0; 120 0; 120 160; 60 200; 0 160 in millimeters. It describes a gable-shaped card. The starting corner radius of 3 mm rounds the contour. The measured bounding box is therefore slightly lower than the highest unrounded point coordinate of 200 mm.

How are crease lines entered?

Each line has a start point number, end point number, and fold angle. Numbers refer to the entered contour sequence, starting with 1. Zero disables the line. Up to four crease lines are supported. The ends must connect suitable contour points; lines outside or along the outer edge are invalid.

What does the sign of the fold angle mean?

Positive angles fold inward, negative angles outward. Zero degrees remains flat. The sequence follows the crease numbers. These settings belong to folding semantics and do not replace a physical test. Especially with multiple creases, check that the entered sequence suits your intended assembly and target board.