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In implant dentistry, precision is essential to achieving successful treatment outcomes. At SHINING 3D DENTAL, we have developed advanced dental photogrammetry scanner technology designed to capture accurate implant positions quickly and efficiently. This technology supports clinicians in producing reliable results that benefit both patients and dental professionals. In this article, we explore the core advantages of a dental photogrammetry scanner and how it improves implant accuracy.
Understanding Dental Photogrammetry Scanners
Dental photogrammetry scanners work by capturing multiple high-resolution images inside the mouth from different angles. These images focus on scanbodies attached to implants, which act as reference markers. The scanner analyzes the spatial relationships of these markers to create an accurate three-dimensional model of the implants and surrounding tissues.
Unlike traditional scanning methods, photogrammetry allows for the capture of implant positions over a larger area with minimal distortion. This feature is especially useful in cases with multiple implants or full-arch restorations, where maintaining precision across wide spans is critical.
Benefits of Using Photogrammetry for Implant Accuracy
One significant advantage of using a dental photogrammetry scanner is the high level of precision it offers. Accurate implant positioning is crucial to the success and longevity of implant-supported restorations. Photogrammetry technology reduces errors caused by manual impression-taking or limited scanning fields. By providing detailed spatial data, it ensures that the final prosthetics fit better and require fewer adjustments.
In addition, the scanning process is efficient. The dental photogrammetry scanner captures implant positions quickly, which minimizes patient discomfort and shortens appointment times. For dental professionals, this means an improved workflow and faster case turnaround without compromising quality.
Applications in Complex Implant Procedures
Dental photogrammetry scanners are particularly valuable in complex procedures such as edentulous jaws or multiple implant placements. The ability to capture exact implant angles and positions supports precise virtual planning and fabrication of implant-supported bridges. This accuracy is key to achieving passive fit and preventing complications during the restorative phase.
SHINING 3D DENTAL’s scanner technology integrates seamlessly with digital workflows, allowing clinicians to combine photogrammetry data with intraoral scans of teeth and soft tissue. This comprehensive dataset supports more reliable treatment planning and improved patient communication.
Conclusion
Dental photogrammetry scanners play an important role in enhancing accuracy in implant dentistry. By capturing precise implant positions and creating detailed three-dimensional models, they help dental professionals deliver better-fitting restorations and streamline their workflows. At SHINING 3D DENTAL, we are committed to providing innovative scanning solutions that support high-quality care. Embracing photogrammetry technology offers practical benefits for both clinicians and patients in the pursuit of successful implant treatments.