The use of a dental photogrammetry scanner has become increasingly important in complex implant procedures, especially for All-on-X treatments. SHINING 3D DENTAL offers a dental photogrammetry solution that focuses on improving clinical accuracy while streamlining workflows in challenging environments.
Specialized Applications in All-on-X Procedures
The dental photogrammetry scanner developed by SHINING 3D DENTAL is particularly suited for All-on-X implant cases, where precise implant positioning is crucial. These procedures often occur in blood- and saliva-rich environments, which can complicate scanning accuracy. The scanner’s advanced imaging technology, combined with the Cap Scanbody, helps manage these challenges by providing reliable data even in less-than-ideal conditions.
Transforming Scan Data into Digital Precision
One key feature of this dental photogrammetry scanner is its ability to digitally transform soft tissue and scanbody data into accurate CAD models. This transformation allows dental professionals to better visualize implant positions and surrounding tissues, improving treatment planning and surgical precision. The accurate alignment between the coded scanbody and Cap Scanbody enhances the overall success rate of immediate loading procedures.
Reducing Errors and Enhancing Surgical Outcomes
By integrating detailed photogrammetry data into the digital workflow, the scanner helps reduce potential errors during implant placement. Accurate scans minimize the need for corrections and adjustments during surgery, which can lead to smoother procedures and better clinical outcomes. This contributes to a more efficient process from scanning to final restoration.
Conclusion
The dental photogrammetry scanner by SHINING 3D DENTAL supports complex All-on-X treatments by providing precise imaging and reliable data even in challenging clinical environments. Through the combination of photogrammetry technology and the Cap Scanbody, it offers improved accuracy and efficiency that benefit both clinicians and patients.
