PROFESSIONAL ACTIVITIES
- 2004 - 2005
Visiting Scholar - University of Southern California
- 2012 - 2013
Visiting scholar - Stanford University Medical Center
- 2005 - 2014
College of dentistry, Yonsei university - Associate Professor
- 2014- Present
Deputy Editor - korean Journal of Orthodontics
Lecture Description
CAD/CAM technology has demonstrated its potential to enhance the efficiency and accuracy of orthodontic treatment. However, the effective application of this technology in clinical practice remains underexplored. Therefore, this study aims to address this knowledge gap by examining the utilization of 3D printers and related software in orthodontics. The increasing use of digital models, facilitated by intraoral and model scanners, has paved the way for the implementation of computer-driven CAD/CAM systems. These systems offer virtual tooth set-ups, customized bracket fabrication, and miniscrew navigation, effectively addressing individual discrepancies in tooth morphology and skeletal characteristics. This presentation primarily focuses on the diverse applications of 3D printed guide systems, which aim to improve the accuracy of bracket placement and ensure the success of orthodontic miniscrews as stable anchorage during treatment. By incorporating 3D imaging and surgical guide technology, precise placement is achieved, leading to enhanced predictability of treatment outcomes and enabling goal-oriented orthodontic care. Furthermore, the presentation showcases the use of mini-implant guide systems for the customized installation of MARPE (Micro-implant Assisted Rapid Palatal Expansion).
Keywords: CAD/CAM technology, 3D printing, orthodontic treatment, bracket placement, surgical guide, MARPE.
