Orthodontist Reveals Advanced 3D Imaging Technique for Invisalign Treatment
TL;DR
Dr. Carlson's innovative use of 3D imaging with Invisalign gives a competitive edge in orthodontic treatments.
The integration of CBCT with Invisalign enhances diagnostic accuracy and treatment outcomes in orthodontics.
Dr. Carlson's approach improves patient care, promotes airway health, and advances orthodontic practices for better outcomes.
Attendees at the EAS meeting gained invaluable insights on using advanced technologies to elevate patient care in orthodontics.
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Orthodontist Dr. Sean K. Carlson recently presented an innovative approach to Invisalign treatment at the European Aligner Society Meeting in Venice, Italy. His method integrates cone-beam computed tomography (CBCT) with Invisalign clear aligners, offering a more precise three-dimensional assessment of patient facial anatomy.
The advanced technique provides significant improvements in orthodontic diagnostics by creating comprehensive patient representations. By combining 3D imaging technology with clear aligner treatments, Dr. Carlson's approach enables more accurate tooth alignment and promotes improved airway health.
This methodology represents a potential paradigm shift in orthodontic practices, emphasizing technology-driven personalized care. The integration of advanced imaging allows practitioners to develop more customized treatment plans that accommodate individual patient needs while enhancing overall treatment efficiency.
The approach could have broader implications for patient outcomes, potentially reducing treatment times and improving precision in orthodontic interventions. By leveraging digital imaging technologies, orthodontists can now obtain more detailed insights into patients' dental structures, enabling more targeted and effective treatments.
Dr. Carlson's presentation underscores the increasing role of technological innovation in medical specialties, demonstrating how advanced diagnostic tools can significantly enhance traditional treatment methodologies. The technique highlights the ongoing transformation in orthodontic care, where digital technologies are increasingly central to delivering high-quality, personalized medical services.
Curated from Press Services
