Digital Solution Developments
Over the years, Dr. Johnson is fortunate to be invovled in many different technology devleopment projects as a Key Opinion Leader, Beta-Tester, Consultant, Author, Educator, etc. However, in recent years, he has created several of his own digital dentistry developments ranging from clinical workflows, to 3D scanner software and 3D printing accessories, to automated treatment platforms.
Alphabyte™ Digital Prefabricated Crown Automation
ALPHABYTE™ is a patented (U.S. Patent No. 11,992,380) digital solution that provides real-time crown sizing / selection information and tooth preparation guidance to ensure a fast, predictable treatment process. For the first time ever, zirconia alternatives can now be accomplished as quickly and easily as traditional stainless steel crowns.
Omnismile® Digital Denture Protocol
This patent-pending solution for the next-generation of digital dentures solves the issues that arise from skipping valuable clincial steps inherint in an traditional denture fabrication sequence when adopting a digital workflow. No longer do we have to sacrifice the natural appearance and modifiablility of a traditional denture wax try-in, because no longer are we required to utilize the single-piece, single-color denture "prototype try-in". Instead we can leverage the affordability and speed of 3D printing to blend the best of both worlds. Not only is the Omnismile Try-In (OTI) an actual wax try-in denture (with movable teeth framed set in natural pink gingiva baseplate wax), it is created usign the power and predictability of digital smile design technology and made avaialbe for use of the very first clinical appointment. In this way, dentist can start at the finish line and complete denture cases faster and better than ever before.
IOSlip™ Intraoral Scanner Retractor Tip
The IOSlip™ in an open-source solution for anyone who wishes that intraoral scanning was a one-handed effort. With By combining lip/cheek/tongue retraction with fluid control as well as providing a soft, comfortable bumpering effect between the plastic scanner tip and the oral tissues. Minimizing soft tissue interference not only improves the patient/provider scanning experience, and reduces overall scan time, it also improves scan data quality and accuracy. The IOSlip is best printed from 50A BioMed Elastic, but can be made from any similarly flexible, biocompatible polymer.