Zhou Y H
Department of Orthodontics, Peking University School and Hospital of Stomatology, Beijing 100081, China.
Zhonghua Kou Qiang Yi Xue Za Zhi. 2016 Jun;51(6):321-5. doi: 10.3760/cma.j.issn.1002-0098.2016.06.001.
The three-dimensional(3D)digital technology has brought a revolutionary change in diagnostic planning and treatment strategy of orthodontics. Acquisition of 3D image data of the hard and soft tissues of the patients, diagnostic analysis and treatment prediction, and ultimately the individualized orthodontic appliance, will become the development trend and workflow of the 3D orthodontics. With the development of 3D digital technology, the traditional plaster model has been gradually replacing by 3D digital models. Meanwhile, 3D facial soft tissue scan and cone-beam CT scan have been gradually applied to clinical orthodontics, making it possible to get 3D virtual anatomical structure for patients. With the help of digital technology, the diagnostic process is much easier for orthodontist. However how to command the whole digital workflow and put it into practice in the daily work is still a long way to go. The purpose of this article is to enlighten the orthodontists interested in digital technology and discuss the future of digital orthodontics in China.
三维(3D)数字技术给正畸学的诊断计划和治疗策略带来了革命性的变化。获取患者软硬组织的3D图像数据、进行诊断分析和治疗预测,最终制作个性化正畸矫治器,将成为3D正畸学的发展趋势和工作流程。随着3D数字技术的发展,传统石膏模型已逐渐被3D数字模型所取代。同时,3D面部软组织扫描和锥形束CT扫描已逐渐应用于临床正畸学,使获取患者的3D虚拟解剖结构成为可能。借助数字技术,正畸医生的诊断过程变得更加容易。然而,如何掌握整个数字工作流程并将其应用于日常工作仍有很长的路要走。本文的目的是启发对数字技术感兴趣的正畸医生,并探讨中国数字正畸学的未来。