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口腔内扫描仪的准确性:影响因素的系统评价

Accuracy of Intraoral Scanners: A Systematic Review of Influencing Factors.

作者信息

Abduo J, Elseyoufi M

机构信息

Senior Lecturer in Prosthodontics, Convenor of Postgraduate Diploma in Clinical Dentistry (Implants), Restorative Section, Melbourne Dental School, Melbourne University, Victoria, Australia.

Private Practice, New South Wales, Australia.

出版信息

Eur J Prosthodont Restor Dent. 2018 Aug 30;26(3):101-121. doi: 10.1922/EJPRD_01752Abduo21.

Abstract

Digital impressions by intraoral scanning (IOS) have become an increasingly popular alternative to conventional impressions. This systematic review aimed to evaluate the accuracy of the available IOS systems for dental impression, and identify the influencing factors on accuracy. The literature search was completed to retrieve all the studies that investigated the IOS accuracy when used to scan teeth. A total of 2305 studies were initially obtained. After applying the inclusion criteria, 32 studies were suitable for the analysis. The following systems were included in the review: Cerec Bluecam, Cerec Omnicam, Cadent iTero, Lava C.O.S, Lava True Definition, TRIOS, TRIOS Color, E4D, Planscan, MHT, Carestream 3500 and Zfx IntraScan. In comparison to conventional impressions, the IOS systems can be reliably used for diagnostic purposes and short-span scanning. However, for whole arch scanning, the IOS is susceptible for more deviation. The studies indicated variable outcome of the different IOS systems. While the accuracy of IOS systems appears to be promising and comparable to conventional methods, they are still vulnerable to inaccuracies. For prosthesis fabrication, the IOS accuracy is enhanced by reducing the span of scanning, and ensuring the scanned surfaces exhibit minimal irregularities.

摘要

通过口内扫描(IOS)获取数字印模已成为传统印模越来越受欢迎的替代方法。本系统评价旨在评估现有IOS系统用于牙印模的准确性,并确定影响准确性的因素。完成文献检索以获取所有研究IOS用于扫描牙齿时准确性的研究。最初共获得2305项研究。应用纳入标准后,32项研究适合进行分析。本评价纳入了以下系统:Cerec Bluecam、Cerec Omnicam、Cadent iTero、Lava C.O.S、Lava True Definition、TRIOS、TRIOS Color、E4D、Planscan、MHT、Carestream 3500和Zfx IntraScan。与传统印模相比,IOS系统可可靠地用于诊断目的和短跨度扫描。然而,对于全牙弓扫描,IOS更容易出现更多偏差。研究表明不同IOS系统的结果存在差异。虽然IOS系统的准确性似乎很有前景且与传统方法相当,但它们仍然容易出现不准确情况。对于假体制作,通过减少扫描跨度并确保扫描表面的不规则性最小化来提高IOS的准确性。

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