DentistryOnline courseDigital Dentistry
Digital implant and prosthodontic workflows — 20 talks on guides, robotics, CBCT, ceramics and face scanning
Eighteen prosthodontists, radiologists and digital specialists — among them Wei-Shao Lin, Brian Goodacre, Nazariy Mykhaylyuk, Alessandro Devigus, Miles Reed Cone and Allison Buchanan — contribute to JPD Shaping the Future of Digital Dentistry. Across 20 videos and roughly 11 hours, the series looks at where digital tools genuinely help implant and restorative care, and where they still cause trouble: full-arch workflows, printed surgical guides, robotic placement, CBCT, monolithic zirconia and jaw-motion simulation.
- 20videos
- 11 h 20 minof lectures
- 18speakers
What you’ll be able to do
- Coordinate surgeon, prosthodontist and technician for esthetic implant outcomes from mock-up to final crown
- Judge how far a fully digital full-arch workflow can be trusted and recognise its typical errors
- Plan, design and use 3D printed implant surgical guides
- Decide when and how to remove an osseointegrated implant while sparing the surrounding tissue
- Choose between dual-shaded monolithic zirconia and other ceramics with longevity in mind
- Use face scanning, photography and articulator simulation to improve lab communication
Inside the course
Team esthetics and the edentulous patient
A four-part series follows an esthetic implant case from diagnostic wax-up through positioning and soft tissue to try-in and follow-up. Two lectures then dissect what goes wrong with scanners, CAD/CAM and virtual planning in edentulous jaws and how to correct it.
Imaging, guides and robots
An hour-long CBCT update, a step-by-step guide-printing workflow and a talk on robotic-assisted placement show how planning data becomes a precise osteotomy. A separate lecture covers the explantation of failed fixtures.
Restorations that last and look natural
Fixed-prosthodontic workflow innovations, dual-shade zirconia discs and the clinical and material factors behind ceramic survival are followed by software-based analysis of surface texture for the laboratory.
Documentation and function
The final lectures cover photography versus video for records, a face-scanning device, the modern maxillofacial prosthodontist’s role and how articulator design simulates mandibular movement.
Built for
- Prosthodontists and restorative dentistsA current overview of digital restorative tools and their limits.
- Implant surgeonsGuided and robotic placement plus full-arch pitfalls, explained by experienced teams.
- General dentists adopting digitalShort, self-contained lectures that are easy to watch one at a time.
Curriculum
Lectures (11 h 20 min) 20 videos
- Achieving Optimal Implant Esthetics Using a Team Approach Part 1 (13 min)
- Achieving Optimal Implant Esthetics Using a Team Approach Part 2 (14 min)
- Achieving Optimal Implant Esthetics Using a Team Approach Part 3 (26 min)
- Achieving Optimal Implant Esthetics Using a Team Approach Part 4 (18 min)
- Complete Digital Workflow for Full Arch Implant Therapy, Fact or Fiction (30 min)
- Complications Related to Digital Technologies in Treating Edentulous Patients with Dental Implants Part 1 (36 min)
- Complications Related to Digital Technologies in Treating Edentulous Patients with Dental Implants Part 2 (40 min)
- Cone Beam Computed Tomography, What’s Left to Know (1 h 9 min)
- Considerations and Techniques for Removal of Osseointegrated Implants (26 min)
- Digital Workflow for 3D Printed Implant Surgical Guides (31 min)
- Digitalization, New Era of Dentistry (1 h 4 min)
- Getting to Know Today’s Maxillofacial Prosthodontist (35 min)
- Robotic-Assisted Dental Implant Surgery, A Team Approach (45 min)
- Innovations in Fixed Prosthodontic Workflows (36 min)
- Dual Shaded Monolithic Disc (42 min)
- Factors Determining the Long-Term Successful Outcome for Ceramic Restorations (46 min)
- Computer Software-Based Method of Analyzing and Communicating the Nuances of Tooth Surface Texture with the Dental Laboratory (25 min)
- Photography or Videography, A Paradigm Shift in Dental Clinical Documentation (13 min)
- Revolutionizing Dental Integration, The Face Scan Mate Device (10 min)
- Simulating Mandibular Movement and Articulator Design (51 min)
Before you buy
Is this a step-by-step course or a lecture series?
It is a collection of standalone lectures by different speakers, grouped as 16 topics in 20 videos, rather than one continuous hands-on programme.
How long are the individual videos?
Between 10 minutes and just over an hour, with most around half an hour.
Do I get CME credit or a certificate?
No. Clinicapedia provides the educational content only — no CME or CE credits, MOC points or certificates of completion are included with this product.
Specifications
| Format | Online video lecture series |
|---|---|
| Speakers | 18, incl. Wei-Shao Lin, Brian Goodacre, Alessandro Devigus |
| Contents | 16 lessons · 20 videos |
| Duration | 11 h 20 min |
| Access | Lifetime, self-paced |
| Department | Dentistry |
| Delivery | Instant download · lifetime re-download |
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