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没有记录基础的数字到物理安装策略,使用3D打印的基于状腺的安装Jig

Sangmin Ham, Minseo Kim, Irena Sailer

The International journal of prosthodontics

|February 20, 2026

概括

本研究介绍了使用口腔内扫描和3D打印的Jigs安装牙关节器的数字工作流. 这种方法简化了咬伤登记的转移,可能减少牙医的临床步骤.

科学领域:

牙科技术牙科技术
牙修复牙修复牙修复牙修复牙修复
数字牙科数字牙科

背景情况:

传统的方法将间关节关系转移到机械关器上,通常需要记录基来稳定石膏件,特别是在后关节支持不足的情况下.
这些常规技术可能耗时,可能需要额外的临床预约.

研究的目的:

描述了一种新的数字到物理工作流程,用于高效的牙关节器安装.
用口腔内扫描和3D打印来演示一个精简流程的概念验证.

主要方法:

开发了一种数字工作流程,将口腔内扫描仪衍生出的内闭点注册与患者特定的3D打印的基于状腺的安装装置相结合.
数字安装数据是通过口内获得的.
数字安装被转移到石件上,用3D打印的Jig.Jig安装在一个关节器上.

主要成果:

数字安装成功地被转移到体件上的关器上,而不需要额外的临床访问.
该工作流在单个临床病例中得到了验证.
描述的方法促进了高效的关节器安装.

结论:

这种数字到物理的工作流提供了一种潜在的减少和更有效的方法,用于牙科的关节器安装.
使用口腔内扫描和患者特定的3D打印图片简化了间闭塞关系的转移.
这种技术在临床情况下可能特别有益,因为后闭塞支持不足.

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