Dentalpreneur Podcast: Mastering Dental Implant Stability Drilling Techniques & Bone Adaptation

Achieving implant stability is crucial for successful dental procedures, and mastering the drilling protocols is the key. Harness the power of consistent torque application and avoid the dreaded "spinners" by listening to this week's Surgical Saturdays. Join Dr. Taher Dhoon and Dr. Daniel Briskie as they dissect the techniques required to consistently achieve 45 Newton centimeters of torque. Highlighting the innovative Neodent implant system, with its self-tapping and compressive threads, conical connection, and platform switching, we dive deep into how these features enhance stability across a range of dental procedures, from single implants to complex zygomas and pterygoids.
Understand the vital role of bone density in implant stability and learn how to effectively use Versa burs in different bone types. Gain practical insights from Dr. Dhoon and Dr. Briskie on undersizing burs for D1, D2, and D3 bone cases and understand why proper osteotomy sizing often outperforms reliance on Versa burs, especially in challenging D4 bone cases. Discover why engaging bicortical bone is essential and the advantages of not placing implants subcrestal in D4 bone to maintain stability. Prepare for future discussions on bone types and stay connected with us for continuous learning opportunities. Tune in every Saturday for cutting-edge surgical insights and expertise!
(0:00:08) - Drilling Protocols for Implant Stability
Nature's primary stability in dental implants: drilling protocols, bone types, and Neodent's design features.
(0:11:05) - Implant Stability and Bone Density
Nature's bone density and clinical judgment are crucial in determining the effectiveness of Versa burs in dental implant procedures.
(0:22:24) - Continuing Education on Dental Procedures
Nature's role in dental procedures, connecting on social media, and providing valuable content every Saturday.

[@Pedr0Lanza]

Excelent! 👍🏻👍🏻👍🏻

[@scoutlee9604]

Love it. Great podcast.