One plate
Everything here comes off a single build plate: the creature, its second face, and the coupon laid out beside it.
An axolotl with a dragon's back: 8 ribbed segments, a coral frill at each cheek, and a fan tail standing 3.7 in off the plate.
Everything here comes off a single build plate: the creature, its second face, and the coupon laid out beside it.
The face is its own plate, seated in a lipped opening in the head. Eyes, nostrils and mouth stand proud of the surface rather than being cut into it.
8 ribbed segments run from the shoulders to the tail, each carrying a 12 mm spike on its crest.
The tail lifts clear of the body and opens into a fan — the high point of the whole model at 3.7 in.
Set down beside the creature: a socket split by 4 relief slits, a magnet pocket next to it, and 2 ball studs on square shanks.
Back where it started: one body, 3.8 oz of it, with the spare face and the coupon at its side.
Two drawings tell you more about this shape than any single angle of it. From the side you read the run of the back; from above you read what the build plate has to hold.
The set occupies 133 × 169 mm of bed. The creature runs down the middle with its gills spread at the head end, the spare face lies off one shoulder and the coupon sits off the opposite hip, its 2 studs beside it.
Nothing in the set is nested inside anything else, so what you see here is what the bed has to clear.
One is fitted and one is not. Both are cut to the same outline, so the head takes either.
Mintfin leans on two fits: a ball that has to snap into a socket and stay there, and a magnet that has to sit in its pocket without rattling.
Neither is a thing you can judge by looking at it. A snap fit is decided by your nozzle, your filament and how your machine handles a small round hole — which is why the set carries a coupon: a 28 × 18 mm plate holding one socket and one magnet pocket, and 2 ball studs to try in them.
Mintfin is a prototype, and the coupon is the honest part of it. The geometry has been modelled, sliced and measured; it has not yet been printed and proved. The socket housing is 2 mm of wall nominal and the slits are there to let the collar open as a ball goes past.
Run that corner of the plate on its own, push a stud into the socket, drop a magnet in the pocket — and you will know what your machine will make of the creature before you give it 11.4 hours.
Every figure here came from slicing this model, not from estimating against a similar one. Weight and time are what that slice reported for PETG at 0.2 mm layers.