This course provides a comprehensive and detailed overview of the use of digital tools in dental prosthetics, where students will develop their knowledge by solving real-world clinical challenges. Designed for professionals and specialists who wish to improve their skills and keep up with technological advancements, the course addresses the practical application of these innovations in dentistry.
Students will learn to develop integrated treatment plans, perform intra- and extracoronal restorations, and understand the functionality of different devices, such as cameras, scanners, software, subtractive manufacturing (milling machines), and additive manufacturing (3D printers), in a clinical context. Through the execution of real cases, the course demonstrates how technology can make processes more efficient and predictable. Students will have the opportunity to build a virtual patient and, with this, develop assertive strategies for solving clinical problems. This approach aims to prepare professionals for a new model of practice, where knowledge and strategic decision-making are fundamental. By the end, participants will be prepared to plan, prepare, scan, and execute procedures such as indirect restorations (partial and total) and the fabrication of temporary "eggshell" type restorations (milled or printed). All steps will follow principles based on scientific evidence, enabling immediate application in clinical and laboratory practice.
Unlike any other course, this one is highly practical. Over six modules, you will explore the digital world and its transition to the physical world, consolidating your learning through practical activities and clinical practice. In this way, you will be able to make the most of available technological resources, improving the quality, efficiency, and predictability of your dental workflow.