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Attendees joining
00:07 - 05:00
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1
Welcome & Opening Remarks
05:01 - 08:21
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2
Overview- Dynamic & Robotic Navigation
08:26 - 14:11
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3
Full Digital Workflow & Planning
14:12 - 23:00
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4
Surgical Protocol & Navigation Techniques
23:01 - 34:38
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5
Patient Cases & Clinical Demonstrations
34:39 - 48:33
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6
Evidence, Outcomes & Practical Considerations
48:34 - 60:26
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7
Audience Q&A
60:27 - 69:11
- 8 Community questions
Live Webinar: Dynamic and Robotic Navigation
Video highlights
- Dynamic vs. static vs. robotic navigation: clinical indications and accuracy benchmarks
- End-to-end digital workflow: CBCT-based planning → photogrammetry → immediate restoration
- Clinical evidence on robotic guidance and learning curves for complex zygomatic / pterygoid cases
Dr James Chow opened with a historical perspective on computer-assisted implant surgery, contrasting static guides with today’s dynamic and fully robotic solutions. He detailed how optical tracking has matured into haptic robotic guidance, allowing sub-millimetre accuracy while preserving surgical freedom.
Moving from theory to practice, Dr Chow mapped a complete digital pipeline: CBCT acquisition, prosthetic-driven backward planning, photogrammetric registration, and same-day provisionalization. Live video segments walked through zygomatic and atrophic-maxilla cases, emphasising reduced chair-time and improved patient morbidity.
The latter half examined published accuracy data, systematic-review outcomes, and economic considerations (capital cost, room footprint, dedicated staff). An interactive Q&A addressed adoption barriers, training curves, and regulatory status across APAC and EU, concluding with practical next-steps for clinics ready to invest in navigation or robotics.