JetDielineTemplates and dimensions
Find the right packaging shape and fit it to your product
Special carton shapes / JETDIELINE
Sphere box
Sphere or ball box as a polyhedron of meridian strips: equator walls, zone faces with glue flaps above and below, a lid at the top and a bottom with tuck flap, dust flaps on the other strips. Dimensions: diameter at the equator (length = width) and height.
CutFold
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Interactive 3D fold view
03 / BOX
Simplified display model without material thickness, not to scale.
The 3D view is not available in this browser. The image shows the folded shape.
- Template ID
carton.sphere- Construction
- Special carton shapes
- Current template version
- V1
- Dieline preview version
- V1
How it is assembled
Pre-break all creases. Glue the seam glue flap and the zone flaps to the inside of the neighboring strips until the sphere is round. Fold in the dust flaps and close the bottom and lid with the tuck flaps.
Material and grain direction
Grain parallel to the polar axis: the equator creases run along the grain, the zone creases across (to be verified with a test printer).
Test fit, folding and closure on a sample made from the intended material. Confirm material thickness, grain direction and production steps with your printer.
Compare opening and presentation: pillow shapes, bands, drawers or lift-off lids. Plan the fit of contents and inserts and allow clearance between moving parts.
Dimensions of the illustrated example
100 × 100 × 100 mm10 × 10 × 10 cm3.94 × 3.94 × 3.94 in / ″
Length: 100 mmWidth: 100 mmHeight: 100 mm
Inside dimension
These dimensions describe the preview, not a fixed packaging size. The app recalculates the dieline for your own dimensions.
Related features
Designer
Design the artwork directly on the real dieline
Checks
Spot problems before you pass on files
Export and handover
Files your printer can trace
Related templates
Pillow box
The pillow box bows two wall panels between lens-shaped end flaps. Curved creases form the closure instead of straight lid creases. In version 1, the inputs mean width × thickness × length of the packaging. The dieline shown accounts for these proportions and the starting material; it does not define a rectangular box interior.
carton.pillowView template
Hinged lid carton
The hinged lid sits on the back wall and places its front wall over the outside of the front. A lid tab passes through a slot in the front; a tuck bottom closes the base. This page shows version 2 with the hanging hole disabled. The technical core calculates lid overhang, flaps and creases from the chosen dimensions and material profile.
carton.hinged.lidView template
Tuck-end carton with window
The window carton combines straight tuck closures with a cut-out in the front. Choose a rectangle with corner radius or an oval and leave room for the film margin and bridges. Version 2 shown here starts with a rectangular window and no hanging hole. The dieline provides the construction; window film is attached separately behind the window.
carton.windowView template
Hexagonal carton
Six walls form a hexagonal footprint with tuck lid and bottom. The inputs mean across corners × across flats × height, rather than a rectangle's length and width. Version 1 calculates the angled walls, mitres and creases from these dimensions. The example shows the straight lid style; the bottom can alternatively sit on the back.
carton.hexagonView templateYour product. Your dimensions. Your design.
With JetDieline, choose a suitable template, adjust its size, and place text, logos, and images directly on your packaging.
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