A real vessel, a computed dieline, and a tech pack — no invented supplier catalogue behind any of it.
Tamats builds a three-dimensional vessel from a small set of parametric shape archetypes — cylinder, tapered, shouldered, jar and others — with a print-area label zone, computes the flat dieline that wraps it from the vessel's own dimensions, applies your brand kit's palette, and assembles the whole thing into a tech pack ready for print export. There is no supplier packaging catalogue behind any of it: every vessel and stock component in the studio is entered by your own organisation, because an earlier fabricated seed catalogue was deliberately removed rather than left in place implying suppliers that don't exist. The dieline and tech pack are computed geometry and assembled data, not a rendering service or a supplier quote.
Packaging design usually starts with a real decision that has nothing to do with a supplier catalogue — what shape, what label area, what the tech pack needs to say before it goes to a factory. Tamats builds that from parametric geometry rather than a library of stock renders, which means the vessel is exactly the dimensions you entered, and the dieline it produces is computed from those same dimensions rather than looked up from a preset.
What you do with it
Parametric vessel archetypes
A vessel builds from a shape archetype and its own dimensions — height, body diameter, shoulder and neck geometry, taper — computed into a revolved profile with no fabricated radius and an honest cylinder fallback for an unrecognised archetype.
Print-area label zones and a computed dieline
The label band's position and coverage on the vessel drive a computed flat dieline in real-world units and print pixels, derived from the vessel's own geometry rather than a fixed template.
Brand kit application
The studio session pulls the organisation's brand palette — Pantone codes where set, hex swatches otherwise — straight into the assembled tech pack, so decoration colours stay consistent with the rest of the brand.
Tech pack assembly and print-ready export
Vessel, decoration method, dieline and brand palette assemble into one tech pack object, ready for print-ready export — the same computed data a factory needs to quote and produce.
What it computes over
—The vessel's own entered dimensions and shape archetype
—The label band position and coverage set for that vessel
—The organisation's own brand kit palette
—Any stock component the organisation itself entered into the studio
Where it stops
There is no supplier packaging catalogue. Every vessel and stock component in the studio is entered by the organisation itself — an earlier seed catalogue of fabricated supplier components was deliberately deleted rather than left in place.
The dieline is computed geometry over the dimensions entered, not a validated die-cut file — a converter should confirm it against their own tooling before cutting.
There is no rendering or photography service behind the vessel view — it is a parametric geometry preview, not a photorealistic product shot.
Who picks it up from here
A packaging supplier or contract manufacturer, who quotes and produces the physical components from the assembled tech pack.
Questions
Can I browse a catalogue of supplier packaging components in the studio?
No — there is no supplier packaging catalogue. Every vessel and stock component in the studio is entered by your own organisation; an earlier version shipped a seed catalogue of fabricated supplier components and it was deliberately removed rather than left implying relationships that didn't exist.
Is the computed dieline ready to send straight to a printer?
It's computed from the vessel's own dimensions and label coverage in real-world units and print pixels, which is the geometry a printer needs — but a converter should still confirm it against their own tooling before cutting, the same way any dieline gets checked before production.
What shapes can I build a vessel from?
A set of parametric archetypes — cylinder, tapered, shouldered, jar, tube and rectangular forms among them — each computed from the dimensions you enter rather than picked from a library of preset renders.