Rollover width
Width of the double wall's rollover (crease-to-crease); holds the flaps in the pocket.
Corrugated shipping boxes / JETDIELINE
Shipping box with a tuck lid and dust flaps made from E-flute or microflute board. Inside printing, double walls and size series are part of the same structure.


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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.
corrugated.mailerThe base is in the centre of the blank. Double side walls fold over and are held by locking tabs in the base; ears and dust flaps close the side openings. A thumb notch makes the tuck lid easier to access.
Raise the front and back walls and fold the ears inward. Raise the side walls over them, fold the rollover inward and insert the tabs into the base slots. After filling, close the lid, fold in the dust flaps and insert the tuck flap.
Grain direction vertical on the blank (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.
Inside dimension
These dimensions describe the preview, not a fixed packaging size. The app recalculates the dieline for your own dimensions.
Width of the double wall's rollover (crease-to-crease); holds the flaps in the pocket.
Gap between adjacent flaps or walls; at least about the material thickness.
Length of the ears or corner flaps as a proportion of half the inside width.
Length of the lid dust flaps as a proportion of the inside height.
Angle of the dust flaps (also the ears on a mailer); larger angles prevent collisions during folding.
The catalogue example specifies E-flute or microflute. Starting profiles for B and C are also available. The choice depends on the product and production. The profile is not calibrated. Check fit, locking and protection in the target material before approving the series.
The side walls fold inward and are held by tabs in the base. The ears sit inside them. Multiple folds change the available space and add crease allowance. The preview shows this structure but does not confirm load capacity; check that on the physical sample.
There is no universal value for every product. Measure the product, insert and closure, and consider the filling workflow. The material profile changes the finished fit. A computationally valid inside dimension is therefore insufficient. Determine clearance using a sample made from the actual corrugated board.
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