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This program consists of 8 modules detailed below.
This module introduces the fundamentals of dental radiology, transitioning from conventional 2D imaging to 3D radiology while addressing the management of issues related to image acquisition and interpretation; it details patient preparation, 3D acquisition protocols, and DICOM file management, then establishes the link with impressions and optical scanning by comparing analog and digital workflows; participants will also learn to handle STL files, assess their quality, and use guided surgery software, up to the complete development of a clinical case integrating all the steps of the digital workflow in implantology.
This module comprehensively explores the protocols for fabricating prostheses on natural teeth and implants by integrating digital workflows, particularly via scan abutments or markers, while emphasizing clinical analysis tailored to each situation; it introduces the foundations of digital modeling (points, point clouds, meshing) and provides hands-on immersion in Exocad software, including crown design with precise identification of the margin line and mastery of digital parameters; participants will learn to assess the quality of intraoral scans, detect flaws, and decide between chairside or laboratory production, while selecting the appropriate CAD/CAM materials according to prosthetic indications; the module also integrates hands-on workshops, notions of posturology, and the use of the electronic bite registration system for a functional and comprehensive approach.
This module addresses the foundations and applications of digital dental photography as an essential tool for communication, diagnosis, and aesthetic planning; it details the key parameters of image capture and the various equipment options (cameras and smartphones) suited to the dental practice, before offering hands-on sessions to master clinical photography techniques; it also introduces the Digital Smile Design (DSD) concept through dedicated software, allowing participants to perform an aesthetic smile analysis and design digital smile projects in a concrete and applied manner.
This module comprehensively covers modern restorative dentistry by integrating digital approaches, from diagnosis to the management of complex cases; it addresses partial restorations, the use of intraoral scanners, and the organization of a complete digital workflow including design and fabrication via CAD/CAM technologies; participants will learn to manage aesthetic and restorative materials, develop practical skills in scanning and digital procedures, while mastering the digital management of clinical records; the module also addresses specific situations such as worn dentition, functional and postural cases, and opens a complementary perspective with the possible integration of concepts derived from traditional Chinese medicine into the restorative approach.
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