Course Details

Digital technologies have ushered in a new era in restorative and prosthetic dentistry, and computer-aided design and computer-aided manufacturing (CAD-CAM) systems have been integrated into daily practice through milling and, more recently, 3D-printing. 3D-printing enables time and cost-efficient production of dental appliances in complex geometries and restorations. Given these advantages, 3D-printing and composite resins suitable for general dentistry and prosthetics are becoming increasingly popular in dentistry.

The presentation will focus on the fundamentals of 3D-printing, how resin printers work and the resins used for dental appliances from models to tooth or implant supported restorations. The advantages of resin printing, particularly its efficiency, will be highlighted, and the types of restorations that can be produced, their indications, and limitations will be reviewed. Studies on the production accuracy and clinical use of Varios resin restorations, from veneers to partial restorations and crowns and bridges produced using printers will be presented. 3D-printing of zirconia will also be highlighted with tips for accurate production and scientific study results.

Highlights:

• Introduction to 3D-Printing in Dentistry: Overview of how digital technologies and 3D-printing are changing restorative and prosthetic workflows.
• How Resin Printers Work: Explanation of the fundamentals of resin-based 3D-printing systems used in dental practices.
• Types of Dental Resins: Description of various resins used for models, veneers, crowns, bridges, and implant-supported restorations.
• Advantages of Resin Printing: Emphasis on efficiency, cost-effectiveness, and the ability to create complex geometries quickly.
• Clinical Indications and Limitations: Review of which restorations can be effectively printed and when to use them.
• Scientific Evidence: Presentation of studies on the accuracy and clinical performance of printed dental restorations.
• 3D-Printed Zirconia: Insights into the current capabilities, accuracy tips, and supporting research for zirconia printing.
• Practical Implementation: Guidance on how to integrate 3D-printing into daily dental practice for improved outcomes.