A component utilized in modern dental implant workflows facilitates precise digital capture of implant position within the oral cavity. This element, typically fabricated from materials like titanium or polymer, attaches directly to an implant or abutment. Its design incorporates geometric features that allow intraoral scanners to accurately detect and record its spatial orientation.
The employment of this technology offers several advantages in restorative dentistry. It enhances the accuracy of dental models, reducing the need for physical impressions and improving the fit of final restorations. Furthermore, its use streamlines the fabrication process, leading to reduced chair time and improved patient comfort. Historically, inaccuracies in traditional impression techniques posed challenges in achieving predictable outcomes; this digital workflow element helps mitigate those issues.
