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JPD Shaping the Future of Digital Dentistry
JPD Shaping the Future of Digital Dentistry
Regular price
$57.00 USD
Regular price
$800.00 USD
Sale price
$57.00 USD
Unit price
per
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Professors
Professors
Ana Giglio
Target audience
Target audience
Nb of lessons
Nb of lessons
16
Nb of modules
Nb of modules
Course duration
Course duration
11 h 20 min
Delivery method
Delivery method
Google Drive Link, Offline
Course Overview
This advanced course offers a comprehensive exploration of the latest innovations, techniques, and digital workflows in implant dentistry and prosthodontics. Designed for dental professionals aiming to stay at the forefront of clinical excellence, the course emphasizes a team-based approach to achieving optimal esthetic and functional outcomes in implant therapy.
Participants will gain in-depth knowledge in:
- Collaborative strategies for achieving optimal implant esthetics, highlighting interdisciplinary teamwork from planning to execution.
- The complete digital workflow for full-arch implant therapy, evaluating its practicality and real-world application.
- Common complications associated with digital technologies in treating edentulous patients, along with strategies for prevention and management.
- The role of Cone Beam Computed Tomography (CBCT) in modern diagnostics and its evolving applications.
- Techniques for the removal of osseointegrated implants, considering both surgical and prosthetic perspectives.
- Utilization of 3D printing and surgical guide planning to enhance precision in implant placement.
- Cutting-edge developments such as robotic-assisted implant surgery, dual-shaded monolithic discs, and facial scanning technologies.
- Integration of maxillofacial prosthodontics into general practice and the future role of digital specialists.
- Advancements in fixed prosthodontic workflows and how innovations improve efficiency and long-term outcomes.
- The use of computer software to analyze tooth surface texture and improve lab communication for esthetic restorations.
- Clinical documentation techniques using photography and videography, and how they redefine case presentation and treatment planning.
- The importance of simulating mandibular movements and the design of modern articulators to ensure functional harmony.
- This course is ideal for implantologists, prosthodontists, oral surgeons, and general dentists seeking to master digital tools, optimize esthetic results, and enhance interdisciplinary collaboration in implant dentistry.
Full Course Program
Achieving Optimal Implant Esthetics Using a Team Approach Part 1
Introduction to the importance of collaborative planning among surgeons, prosthodontists, and lab technicians for achieving ideal esthetic outcomes in implant dentistry.
Achieving Optimal Implant Esthetics Using a Team Approach Part 2
This lesson focuses on pre-surgical planning, diagnostic wax-ups, digital mock-ups, and communication within the team.
Achieving Optimal Implant Esthetics Using a Team Approach Part 3
The lesson covers surgical techniques, implant positioning, and soft tissue considerations for esthetic success.
Achieving Optimal Implant Esthetics Using a Team Approach Part 4
The lesson tells about final prosthetic restoration phase, including material selection, try-in protocols, and case follow-up.
Complete Digital Workflow for Full Arch Implant Therapy, Fact or Fiction
This lesson talks about evaluation of fully digital approaches to full-arch implant treatment — capabilities, limitations, and real-world success rates.
Complications Related to Digital Technologies in Treating Edentulous Patients with Dental Implants Part 1
This lesson discusses the errors and issues arising from using CAD/CAM, intraoral scanners, and 3D planning in edentulous cases.
Complications Related to Digital Technologies in Treating Edentulous Patients with Dental Implants Part 2
The lesson is about a continued exploration of complication management and how to avoid or correct digital treatment errors.
Cone Beam Computed Tomography, What’s Left to Know
The lesson shows updates on CBCT technology, its interpretation, advanced applications, and potential future developments.
Considerations and Techniques for Removal of Osseointegrated Implants
This lesson is a review of when and how to remove failed or problematic implants without damaging surrounding tissue.
Digital Workflow for 3D Printed Implant Surgical Guides
The lesson talk about the step-by-step overview of planning, designing, and using 3D printed guides to enhance surgical precision.
Digitalization, New Era of Dentistry
Introduction to digital tools transforming diagnostics, treatment planning, and patient communication.
Getting to Know Today's Maxillofacial Prosthodontist
The lesson explains the expanded role of prosthodontists in treating facial defects, trauma, and post-surgical rehabilitation.
Robotic-Assisted Dental Implant Surgery, A Team Approach
This lesson is about the overview of robotic technology in implant placement and how collaborative care ensures successful outcomes.
Innovations in Fixed Prosthodontic Workflows
This lesson presents new tools and protocols for improving fixed restorations, from scanning to delivery.
Dual Shaded Monolithic Disc
This lesson discusses aesthetic and functional benefits of using dual-shade zirconia for full-contour restorations.
Factors Determining the Long-Term Successful Outcome for Ceramic Restorations
The lesson analyzes key clinical and material factors impacting the longevity and success of ceramic dental restorations.
Computer Software-Based Method of Analyzing and Communicating the Nuances of Tooth Surface Texture with the Dental Laboratory
The lesson tells about how digital imaging and software help capture and convey detailed surface textures for more lifelike restorations.
Photography or Videography, A Paradigm Shift in Dental Clinical Documentation
The lesson is an exploration of how high-quality visual records enhance diagnosis, treatment planning, and patient communication.
Revolutionizing Dental Integration, The Face Scan Mate Device
Introduction to facial scanning technology and its role in integrating facial and intraoral data for digital workflows.
Simulating Mandibular Movement and Articulator Design
This lesson focuses on modern articulator technology and how accurately simulating jaw movement improves restorative outcomes.
