TAGGED
Vase
5 designs tagged “Vase”.
Jewelry & accessories / Brooches
Half-Amphora Brooch — a real amphora, full of flowers, cut in half
A magnetic brooch, 44 x 58 mm. Not an illusion and not a flat silhouette: a proper amphora is turned as a body of revolution, given two handles and a spray of flowers, and then cut in half on the plane of the brooch's back. What is left is 6 mm of true 3D relief with a flat back. The halving is also the print trick — a solid of revolution cut on its axis plane has zero overhang anywhere, so it prints face up with no supports. Two printed pieces, four colours, sealed magnets, no pin.
Jewelry & accessories / Brooches
Hollow-Face Vase Brooch — the vase is a hole, and it follows you
A magnetic brooch, 47 x 55 mm. The vase is not raised — it is the exact mould of a vase, sunk 5.2 mm into the plaque. Your eye refuses to read it as hollow, so it bulges out instead, and appears to turn and follow whoever walks past. Nothing moves; the viewer does. Two printed pieces, four colours in one 0.6 mm band, sealed magnets, no pin.
Around the home / Bowls
Twisted Vortex Bowl — one part, no supports
A catch-all bowl whose flutes spiral out of a small foot into a wide rim. The flutes climb at the same angle everywhere, so nothing on the outside of the bowl overhangs past 36 degrees and it prints with no supports and no brim. 46 mm foot, 78 mm rim, 45 mm tall, holds about 115 ml, around 30 g. Parametric OpenSCAD source included — twist, flare, flute pitch and depth are all named variables at the top.
Desk & office / Organizers / Pen Holders
Amphora Pen Pot — Panathenaic Prize Amphora, Engraved Bands, No Supports
A Greek amphora as a desk pen pot: running-athlete frieze, Greek-key meander, ray and palmette bands, all engraved 0.7 mm into the curved wall. One part, prints upright with no supports. The foot is deliberately widened over the museum original so it does not tip when a pen leans.
Desk & office / Organizers / Pen Holders
Twisted Ribbed Pen Cup — one part, no supports
A rounded-square desk cup whose whole surface is fine ribs turning through 90 degrees from the base to the rim. The cavity twists at the same rate as the shell, so the wall stays 1.6 mm the whole way up and nothing inside collects dust in a corner. 50 x 50 x 70 mm, 63 mm across the twisted corners, about 40 g, one part, no supports, no glue. Parametric OpenSCAD source included — twist angle, rib pitch, rib depth, corner radius and height are all named variables at the top.