Read the file. Rebuild the die.

Reads uploaded artwork and dielines, identifies cut, crease, perf, bleed, and safety, recognizes the structure family — stand-up pouch, folding carton, label — and measures the real dimensions off the file. Files that carry several pieces on one sheet — N-up copies, a jar label ganged with its box — are detected, counted, and split into separate line items.

Turns the detected die into an editable parametric model. Change a width or a gusset and the whole die — seams, panels, seals, tear notches — updates to match, not just the outline.

A production-aware WebGL render of the exact structure on its real material — with foil, emboss, deboss, spot-UV, and soft-touch shown where they'll actually land, so a proof looks like the finished object, not a flat mockup. And the seal zones stay honest — art is composed the way the jaws actually crush it, not stretched over the seams.

From a brief to concept art direction — color, hierarchy, and placement mapped onto the die's live panels, so the design is born on the structure instead of retrofitted to it.

Every decision lands as a first-class field — dimensions, material, closure, colorway, embellishment — not a note buried in a file. That record is what everything downstream reads.