I didn’t set out to build another plaster-free system.

Four moments that changed the project

1. 01The starting point

   I started where you are.

   I wanted what you want: to remount models on the articulator without plaster. So I did what everybody does: a base, a disconnection system, a plate on the articulator. The standard approach. I thought I was building another plaster-free system. Maybe a better one. But still the same category.

   

2. 02Became ShieldBase™ Geometry

   “How are you going to print this?”

   One question from a friend stopped the project cold. The geometry I had designed forced supports and a steep print angle: longer prints, compromised teeth, one more variable nobody controls. A dental model should print flat. So I stopped designing a base and spent months engineering the geometry around how a model should actually be printed. Test after test. Lab visits. Iteration after iteration.

   

3. 03Became DockingMatrix™ and Omni GlueJet™

   The technician should never have to think.

   Magnets hold the model to the plate, but insert one with the wrong polarity and it repels. I refused to fix that with instructions. The user should never wonder which way a magnet goes. The answer arrived one evening at home, from outside the lab entirely. The tool that came out of it sets the polarity for you, so the question never comes up at the bench.

   

4. 04Became TrueZero™ Calibration

   A calibrator that would not hold zero.

   The calibrator, the part that brings your articulator to zero, kept drifting on the incisal pin. Industrial materials, nylon, tighter tolerances: nothing was consistent, and the supplier could not do better. The fix went against every instinct I had as a product designer: take the calibrator out of the box and ship the STL file instead. You print it on your printer, with your resin, in your environment. Your machine’s tolerance stops fighting the system and becomes part of it.