Every part here started as parametric CAD — modeled in Fusion 360 and Shapr3D, exported to STEP/STL/GLB, then actually built on a three-printer farm, a lathe, and the bench. Not renders of things that could exist. Real geometry off real files. Drag any model to spin it.
Five pieces, from a 148-solid competition trophy to a shop dust manifold. Each one is the real exported geometry — the same file that went to the printer. Select a specimen, then drag, scroll, and pinch to inspect it.
A CAD file is a promise. These got kept — printed, finished, mounted, and put to work. The infinity cube even folds: eight cubes on living hinges, printed in place.
The same loop every time, whether it's a client sign or a fixture for my own shop: draw it to be made, prove the fit before cutting, build it, finish it.
Modeled in Fusion 360 / Shapr3D with real dimensions, constraints, and tolerances. Built to be manufactured, not just rendered.
STEP / STL / GLB out. Wall thickness, clearances, and print orientation verified before a single gram of filament.
3D printed on a three-printer farm, turned on the lathe, or built on the bench — plastic, wood, and metal.
Sanded, assembled, sealed, installed. The object does the exact job it was drawn to do.
From a one-off shop fixture to a product you want to manufacture — I take it from a napkin sketch to a real thing you can hold. Same hands that drew it, built it.
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