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用于获取初始口腔内种植体扫描的具有不同设计和尺寸的增材制造设备。

Additively manufactured devices with varying designs and sizes for acquiring initial intraoral implant scans.

机构信息

University of Barcelona, iOSFIX, Aldosa, Spain.

Private practice, Palma, Spain.

出版信息

J Prosthodont. 2023 Dec;32(S2):181-185. doi: 10.1111/jopr.13750. Epub 2023 Sep 7.

Abstract

Dental literature has reported greater intraoral scanning accuracy when implant scan bodies (ISBs) are connected compared with non-connected methods. Initial intraoral digital implant scans are required for the fabrication of a custom framework to connect implant scan bodies (IOSFix; IOSFix Dental). This calibrated metal framework is used to acquire definitive intraoral implant scans. However, the acquisition of initial intraoral implant scans can be challenging when ISBs are not connected. This article describes a step-by-step technique for connecting ISBs by using additively manufactured devices to acquire initial intraoral implant scans. This technique aims to facilitate the recording of initial intraoral implant scans, provide different device designs and sizes to connect ISBs, and reduce chairside time.

摘要

牙科文献报道,与非连接方法相比,当种植体扫描体(ISB)连接时,口腔内扫描的准确性更高。为了制造连接种植体扫描体(IOSFix;IOSFix Dental)的定制框架,需要初始的口腔内数字化种植体扫描。这个校准的金属框架用于获取最终的口腔内种植体扫描。然而,当 ISB 未连接时,获取初始口腔内种植体扫描可能具有挑战性。本文介绍了一种通过使用增材制造设备连接 ISB 来获取初始口腔内种植体扫描的分步技术。该技术旨在促进初始口腔内种植体扫描的记录,提供不同的设备设计和尺寸来连接 ISB,并减少椅旁时间。

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