On Clinical and Mechanical Aspects of Implant-Supported Screw-Retained Multi-Unit CAD-CAM Metal Framework
Mjukband - 320 sidor - Engelska - 2020
227 kr
Leveranstid: 5-7 arbetsdagar inom Sverige, upp till 14 arbetsdagar till utlandet.
Conventionally casted frameworks have been considered the preferred solutions for complete and partial restorations since the beginning of implantology. However, following technological development, the computer aided design/computer aided manufacturing (CAD-CAM) with milling the frameworks has been introduced as an alternative option with the potential of minimising inaccuracies, reducing the operator dependence and offering a homogeneous structure with high mechanical properties. The CAD-CAM multi-unit reconstruction varies with fixation type, implant framework connection, and prostheses material. However, the materials developed for the use of CAD-CAM, may have different technical and biological complications with time.
The present thesis aims to provide insights into the risk of complications in screw-retained multi-unit frameworks manufactured using the CAD-CAM technique.
Conventionally casted frameworks have been considered the preferred solutions for complete and partial restorations since the beginning of implantology. However, following technological development, the computer aided design/computer aided manufacturing (CAD-CAM) with milling the frameworks has been introduced as an alternative option with the potential of minimising inaccuracies, reducing the operator dependence and offering a homogeneous structure with high mechanical properties. The CAD-CAM multi-unit reconstruction varies with fixation type, implant framework connection, and prostheses material. However, the materials developed for the use of CAD-CAM, may have different technical and biological complications with time.
The present thesis aims to provide insights into the risk of complications in screw-retained multi-unit frameworks manufactured using the CAD-CAM technique.