采用光学颌骨跟踪系统定位中心咬合:牙科技术

Marta Revilla-León, Jonathan M. Zeitler, John C. Kois
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引用次数: 0

摘要

光学颌骨跟踪系统的设计目的是记录患者的静态上下颌骨关系和下颌骨运动,包括偏移运动和咀嚼模式。这种数字数据采集技术可集成到诊断和治疗计划程序中,也可用于设计牙科修复体。本文介绍了使用口内扫描仪、Kois 去程序器和光学颌骨跟踪系统记录患者数字数据的步骤,包括颌骨的可重复参考位置或中心关系。然后在下颌跟踪系统的软件程序中对数据进行处理,以定位中心咬合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementing an optical jaw tracking system to locate centric occlusion: A dental technique

Optical jaw tracking systems are designed to record the static maxillomandibular relationship and the mandibular motion of a patient, including excursive movements and mastication pattern. This digital data acquisition technology can be integrated into diagnostic and treatment planning procedures, as well as into designing dental prostheses. A step-by-step protocol to record a patient’s digital data, including the repeatable reference position of the jaw or centric relation, by using an intraoral scanner, Kois deprogrammer, and optical jaw tracking system is described. The data are then processed in the software program of the jaw tracking system to locate centric occlusion.

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