What's New in DentalCAD-Chemnitz 3.3: A Complete Guide

Course Description

Join us for a deep dive into DentalCAD 3.3 Chemnitz, the most intelligent release yet, designed to supercharge productivity.  

This session will guide you through the latest innovations — from AI-powered services to automation tools that make design faster, easier, and more predictable than ever. You’ll learn how to cut design time, improve accuracy, and integrate these tools seamlessly into your everyday workflows.  
  

We’ll walk you through the key innovations in DentalCAD 3.3 Chemnitz, from AI-driven design automation to enhanced user workflows, ensuring faster turnaround times and higher precision. Learn how the new AI features streamline tooth segmentation, bite splint margin detection, and restoration proposals — and how the software’s automation can transform your everyday cases.  

Whether you’re a lab technician looking to speed up multi-unit restorations, or a clinician aiming for predictable chairside results, you’ll gain practical skills, insider tips, and optimized workflows that you can apply immediately.  

By the end of this session, you’ll have the confidence and knowledge to fully leverage the power of DentalCAD 3.3 Chemnitz, delivering faster, more accurate, and more efficient results than ever before.  (8 scientific CE credits available)

Course Objectives

• Explore new features & workflow enhancements in DentalCAD 3.3 Chemnitz 
• Learn to integrate AI-powered automation into everyday lab and clinical workflows 
• Analyze case applications for both dental labs and chairside environments 
• Apply time-saving shortcuts & advanced techniques to improve productivity 
• Gain practical troubleshooting skills & best practices from experienced trainers 

**Please find additional event information here.

Agenda

Morning Session 9:00 – 12:00 – tooth segmentation, bite splint, margin detection, and restoration proposals

Afternoon Session 1:00 – 5:00 – AI-driven design automation, enhanced user workflows, faster turnaround times and higher precision