Horizontal Wing Scanflag for Full Arch Scanning and Enhanced Matching Accuracy in Intraoral Scanning Systems

A method of using the horizontal wing scanflag in digital dentistry workflows, comprising:

• a. attaching the horizontal wing scanflag to a scanbody;
• b. performing full arch or complex case scans with an intraoral scanner;
• and
• c. directly utilizing the captured lateral data for automatic matching in CAD/CAM software without manual adjustments.
• The method of claim 2, wherein the scanning process includes real-time feedback for ensuring optimal alignment.
• The method of claim 2, wherein data captured from the horizontal wing scanflag is integrated into a preloaded library for streamlined design.
• The method of claim 2, wherein the scanning technique reduces average scanning time by 30% compared to traditional methods.
• The method of claim 2, wherein the method includes calibration of the scanner to maximize compatibility with the horizontal wing scanflag.
• The method of claim 2, wherein the captured data undergoes automatic error correction in the CAD/CAM software.
• The method of claim 2, wherein the scanflag can be detached and repositioned without loss of data integrity.
• The method of claim 2, wherein the scanflag supports multi-surface scanning in a single session for comprehensive data capture.

An intraoral scanning system incorporating the horizontal wing scanflag, comprising:

• a. a horizontal wing scanflag configured to match scanbodies directly using the horizontal lateral portion;
• b. an intraoral scanner with optimized software for recognizing and aligning horizontal data;
• and
• c. a CAD/CAM system for processing and utilizing the scan data in digital workflows.
• The intraoral scanning system of claim 3, wherein the scanner includes a real-time alignment tool for horizontal matching.
• The intraoral scanning system of claim 3, wherein the CAD/CAM software includes templates specifically designed for horizontal wing scanflag integration.
• The intraoral scanning system of claim 3, wherein the scanner offers wireless connectivity to transmit captured data directly to the CAD/CAM system.
• The intraoral scanning system of claim 3, wherein the scanner supports integration with cloud-based dental libraries for extended functionality.
• The intraoral scanning system of claim 3, wherein the system includes a notification system to alert users about incomplete or suboptimal scans.
• The intraoral scanning system of claim 3, wherein the scanner is compatible with multi-platform operating systems for greater flexibility.
• The intraoral scanning system of claim 3, wherein the system includes a post-processing feature to refine scan data for better prosthetic outcomes.