Pterygoid and Transnasal implants
Pterygoid and Transnasal implants: Expanding predictable solutions for the atrophied maxilla
Revolutionize Your Approach to Atrophied Maxilla: Minimally Invasive Mastery Awaits!
Are you tired of complex procedures like sinus lifts and bone grafting holding back your patients’ smiles? Get ready to unlock game-changing, predictable solutions that transform even the most challenging cases of maxillary atrophy—without the hassle or risks!
In this must-attend webinar, dive into the innovative world of ROOTT implants:
- One-piece tissue-level ROOTT implants: Engineered for remote anchorage with ultra-minimal trauma, delivering reliable results where traditional methods fall short.
- ROOTT pterygoid implants: Discover their unmatched stability in compromised bone, empowering you to tackle tough anatomies with confidence.
Plus, explore Transnasal implants—their key indications and how they supercharge your options for extreme maxillary atrophy, opening doors to treatments you never thought possible!
Imagine your patients walking out with definitive teeth in just 3 weeks—faster healing, happier outcomes, and a thriving practice. You’ll walk away with crystal-clear, actionable takeaways to implement right away, boosting your skills and patient satisfaction overnight.
Don’t miss this opportunity to elevate your expertise in advanced maxillary atrophy management! 👉 Register now and step into the future of dental innovation!
Dr Henri Diederich
Dr Henri Diederich is a well known dental surgeon and implantologist based in Luxembourg, recognized especially for his work in immediate loading and cortically fixed implant concepts.
He has long experience in implantology, with clinical practice in crestal implantology since the late 1990s and cortical implantology since the early 2000s, including treatment of atrophic jaws and cranio mandibular dysfunctions.
Join Key Opinion Leader Dr. Henry Diederich to learn the systematic ROOTT protocol, from digital planning (mandatory CBCT) to surgical execution (60 -75° trajectory) and immediate loading techniques.
