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数字化全口重建:从诊断到最终全氧化锆修复。

Digital Full-Mouth Reconstruction: From Diagnostics to Final Full Zirconia Restorations.

机构信息

Private Practice, Voorhees, New Jersey.

President, Zahntechnique Dental Laboratory, Miami, Florida.

出版信息

Compend Contin Educ Dent. 2022 Nov-Dec;43(10):640-644; quiz 645.

Abstract

BACKGROUND

This clinical report describes the use of digital technology for full-mouth rehabilitation using fixed implant-supported full-contour zirconia prostheses.

CASE PRESENTATION

A 61-year-old female patient presented with existing acrylic overdentures retained by mini implants; her chief concern was to improve esthetics and function through the use of fixed prostheses. Digital tools comprising CAD/CAM, 3D printing, guided implant surgery, and 2D smile design were utilized from the planning stage to final restorations combined with analog components in an efficient manner to address the patient's chief concern. Existing mini implants were used to help position surgical guides and provisional restorations. Final restorations were fabricated using a monolithic multilayered full-contour zirconia dental material, which provided excellent physical and esthetic properties.

CONCLUSION

Digital technology is an essential component of modern dentistry to achieve predictable outcomes for the treatment of complex cases in an efficient manner.

摘要

背景

本临床报告描述了使用数字化技术通过固定种植体支持的全轮廓氧化锆修复体进行全口修复。

病例介绍

一位 61 岁女性患者,她现有的丙烯酸覆盖义齿由迷你种植体保留,主要诉求是通过固定修复体来改善美观和功能。从规划阶段到最终修复体,数字化工具包括 CAD/CAM、3D 打印、引导种植手术和 2D 微笑设计,与模拟组件相结合,以高效的方式解决了患者的主要问题。现有的迷你种植体用于帮助定位手术导板和临时修复体。最终修复体采用整体式多层全轮廓氧化锆牙科材料制作,具有出色的物理和美观性能。

结论

数字化技术是现代牙科的重要组成部分,可高效实现复杂病例的可预测治疗效果。

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