ENG
Table of Contents
In the field of implant dentistry, precision and accuracy are essential for achieving optimal results. Photogrammetry dental scanners have become an important tool in this process, offering a way to capture detailed three-dimensional images of dental structures. At SHINING 3D DENTAL, we understand the importance of reliable scanning technology that supports dentists and dental technicians in delivering effective implant treatments.\
Understanding Photogrammetry Dental Scanners
Photogrammetry dental scanners operate by capturing multiple images from different angles and using image triangulation techniques to reconstruct a precise three-dimensional model. Unlike traditional intraoral scanners that rely on direct surface scanning, photogrammetry systems focus on capturing spatial relationships between objects, making them especially useful for implant procedures where implant positions must be accurately recorded.
Types of Scanners in Dental Photogrammetry
There are different approaches when it comes to scanners used for photogrammetry in dentistry. Some devices combine intraoral scanning capabilities with photogrammetric software to enhance implant placement accuracy. Others use dedicated photogrammetry hardware to capture implant positions directly, often through specialized scan bodies designed to mark implant locations.
SHINING 3D DENTAL offers solutions that integrate both scanning and photogrammetric image triangulation. Our scanners capture high-quality images with detailed texture and shape data. The accompanying software processes these images to create precise implant models that can be used for designing prosthetics or surgical guides.
How SHINING 3D DENTAL Supports Implant Procedures
One of the key strengths of SHINING 3D’s photogrammetry dental scanners is the seamless integration between hardware and software. Our devices capture detailed implant positions in a single scanning session. The photogrammetry technology helps reduce errors caused by stitching multiple images or impressions together, which can be a challenge in conventional workflows.
By accurately recording implant locations, dental professionals can plan and design restorations with greater confidence. This reduces the risk of misalignment and improves the fit of implant-supported crowns and bridges. The efficiency of the scanning process also contributes to a smoother clinical workflow.
Choosing the Right Scanner for Your Practice
When selecting a photogrammetry dental scanner, consider factors such as ease of use, integration with existing CAD software, and the accuracy of implant position capture. SHINING 3D DENTAL offers a range of scanners designed to meet the needs of implant dentistry, with systems suited for both small clinics and larger dental labs.
Training and support are also important aspects to consider. SHINING 3D provides comprehensive resources and technical assistance to help dental teams adopt photogrammetry scanning effectively.
Conclusion
Photogrammetry dental scanners are valuable tools in implant dentistry, offering a precise way to capture implant positions and support restorative workflows. SHINING 3D DENTAL provides solutions that combine scanning and image triangulation to help dental professionals achieve accurate implant restorations. Choosing the right scanner involves understanding the technology and how it fits within your clinical practice. With the right photogrammetry dental scanner, implant treatments can become more efficient and predictable.