Lanis Alejandro, Álvarez Del Canto Orlando
Int J Prosthodont. 2015 Mar-Apr;28(2):169-78. doi: 10.11607/ijp.4148.
The incorporation of virtual engineering into dentistry and the digitization of information are providing new perspectives and innovative alternatives for dental treatment modalities. The use of digital surface scanners with surgical planning software allows for the combination of the radiographic, prosthetic, surgical, and laboratory fields under a common virtual scenario, permitting complete digital treatment planning. In this article, the authors present a clinical case in which a guided implant surgery was performed based on a complete digital surgical plan combining the information from a cone beam computed tomography scan and the virtual simulation obtained from the 3Shape TRIOS intraoral surface scanner. The information was imported to and combined in the 3Shape Implant Studio software for guided implant surgery planning. A surgical guide was obtained by a 3D printer, and the surgical procedure was done using the Biohorizons Guided Surgery Kit and its protocol.
将虚拟工程技术融入牙科以及信息数字化,为牙科治疗方式提供了新的视角和创新选择。使用带有手术规划软件的数字表面扫描仪,可在一个通用的虚拟场景下整合放射学、修复学、外科学和实验室领域的信息,实现完整的数字化治疗规划。在本文中,作者呈现了一个临床病例,其中基于结合了锥形束计算机断层扫描信息和从3Shape TRIOS口内表面扫描仪获得的虚拟模拟的完整数字手术计划,进行了引导式种植手术。这些信息被导入到3Shape种植工作室软件中并进行整合,以进行引导式种植手术规划。通过3D打印机制作出手术导板,并使用Biohorizons引导手术套件及其方案完成了手术过程。