Dentistry 4.0: The Digital Revolution of Artificial Intelligence, Mixed Reality and Robotics

What you will learn

From digital impression to in-office restoration

The transition from analog to digital dentistry is no longer an option, but a necessity for those seeking precision and predictability.

Simply owning digital devices is not enough: the true challenge lies in understanding the invisible limits of technology, such as stitching in complex impressions or congruence errors that can compromise a full-arch rehabilitation. This course was created to bridge the gap between owning a tool and mastering a workflow that guarantees excellence, transforming complex procedures into daily clinical standards.

Francesco Mangano will guide you through the entire digital ecosystem: from intraoral scanning to Artificial Intelligence applied to 3D diagnosis and automated segmentation, from Mixed Reality with holograms guiding implant placement to chairside workflows that allow you to produce definitive restorations with 3D printing directly in your office.

At the end of the course, you’ll be able to

• Capture passive full-arch impressions using continuous scan strategies and incremental libraries to eliminate mesh growth errors.
• Integrate AI into the diagnostic workflow, accelerating file segmentation and implant case planning.
• Operate with Mixed Reality, applying holograms as surgical guides in anterior and posterior regions.
• Select the correct manufacturing technology, choosing between milling and 3D printing based on material and clinical application.
• Manage 3D-printed definitive restorations by applying new protocols for hybrid composite materials directly chairside.

Topics covered

• Accuracy in complex impressions: analysis of stitching, drifting, and managing congruence between meshes and CAD libraries.
• AI in clinical practice: algorithms for 2D/3D diagnosis, tissue segmentation, and automated planning.
• Holographic Surgery and Mixed Reality: use of see-through headsets for dynamic navigation via interactive holograms.
• Additive and Subtractive Manufacturing: comparing milling vs. 3D printing for models, guides, and definitive restorations in zirconia or hybrid composite.
• Chairside Protocols: in-house production of definitive prosthetics.

The 8 lessons

1. Intraoral Scanners: Introduction and Core Concepts80 min
2. Digital Impressions on Full-Arch Implants88 min
3. Artificial Intelligence in Dentistry54 min
4. Virtual and Mixed Reality in Dentistry45 min
5. Mixed Reality in Implantology65 min
6. Dental Robotics60 min
7. 3D Printing and Laser Sintering in Dentistry86 min
8. Chairside 3D Printing and Innovative Materials57 min

Running times of the English version. Lessons can also be purchased individually on Osteocom.

Who it is for

Dentists and implant surgeons who wish to evolve their clinical practice, moving from a traditional or partially digital approach to an advanced integrated workflow: to maximize practice efficiency, reduce management costs and offer patients the most innovative technologies.

Your teacher