ExoTero: Itero & Exocad Dentistry

Hey Everyone I am doing some beta testing on a splint I have been working on on for a while. If you are interested in participating in beta testing, please send me your contact information and shipping address via email or private message. I’ll forward additional information and send sample units for testing and feedback.

Please note: this design is currently patent pending. I kindly ask that you do not share the appliance design or request design files.

Thank you — I’m excited to hear everyone’s feedback.

Here's the video from the CMS Alumni on where to get started with Dental 3D printing. FIRST ONE to guess what tech I used to make this will get FREE access to my Itero Design Suite training site www.exoterodentist.com

Just dropped a new video on the iTero Lumina 🔥

I break down Multi Direct Capture and what it actually means in real clinical workflows—especially for full arch and All-on-X cases.

Big focus on:
• Faster scans
• More reliable full arch data
• Better accuracy for implant cases

If you’re scanning crowns OR doing full mouth rehab, this is worth a look.

https://www.facebook.com/share/v/1DGhWHgMrE/?mibextid=wwXIfr

It takes a team, invest in your team if you want to succeed at digital dentistry.

Digital Dentistry Workflow: iTero to 3D-Printed Dental Models (Step-by-Step)

In this video, I show you a through a practical, real-world workflow for converting iTero scans into accurate, print-ready dental models using Meshmixer and ChiTuBox if you don't have the iTero Intraoral Scanner Design Suite or exocad.

You’ll learn how to export a solid model from iTero, clean and prepare the STL for printing, add identifiers, and optimize orientation for predictable results. The course also covers slicer setup, resin selection, print times, and post-processing—making it easy to produce reliable models for retainers, bleaching trays, and other dental applications.

This workflow is designed to be cost-effective, assistant-friendly, and highly repeatable, using affordable resins and open-source tools while maintaining clinical accuracy.

What You’ll Learn

Exporting solid models from iTero

Cleaning and flattening models in Meshmixer

Adding base chamfers and identifiers directly to the model

Repairing mesh errors for reliable printing

Preparing files in ChiTuBox

Optimizing print orientation and eliminating supports

Printing dental models on resin printers like the Phrozen Sonic Mighty

Washing, curing, and finishing models for clinical use

Who This Course Is For

Dentists transitioning to in-house 3D printing

Dental assistants involved in digital workflows

Practices using iTero, Exocad, and resin printers

Anyone looking to lower lab costs while improving turnaround time

Why This Workflow Works

No expensive dental-locked software

Uses solid models for improved accuracy

Faster print times with fewer failures

Easy to delegate to trained team members