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Jesslyn Samantha, Felice Kanaya Chandra, and Davinzo Luis Gunardy, students from Airlangga University, are pioneering an innovative approach by integrating Cone-Beam Computed Tomography (CBCT), Artificial Intelligence (AI), and Augmented Reality (AR). This cutting-edge technology is designed to overcome the challenges of dental implant placement by combining the strengths of each component, resulting in a more comprehensive and efficient solution.
CBCT is a three-dimensional imaging technology widely used in dentistry to obtain detailed images of oral structures, including bones, teeth, and surrounding soft tissues. CBCT provides high-resolution images with the detailed visualisation necessary for accurate implant placement planning. However, the manual interpretation of CBCT data often requires a high level of expertise and can be time-consuming, increasing the risk of errors.
“With the integration of digital technology, the data generated by CBCT can now be further processed to support faster and more accurate decision-making,” Felice explained. “This is where AI and AR play crucial roles.”
AI enhances and speeds up the analysis of CBCT data. By employing algorithms capable of processing large volumes of data, AI can automatically segment relevant structures, such as bones and nerves, and detect potential risks the human eye might overlook. Additionally, AI can learn from existing data patterns and provide optimal recommendations regarding the safest and most effective implant positioning.
One of the biggest challenges in dental implant placement is ensuring the implant is positioned correctly during the procedure. “AR is a supporting technology that helps dentists visualise the patient’s internal structures in real-time during the procedure,” Davinzo added.
Using AR, dentists can view a virtual projection of the CBCT data analysed by AI directly on the patient. This allows the dentist to “see” the position of nerves, bones, and the implant simultaneously, even before making an incision. AR can also provide visual guidance that helps the dentist adjust the position of surgical tools to match the plan developed based on the data analysis.
The combination of CBCT, AI, and AR creates a more interactive and informative working environment. Dentists can minimise risks and improve surgical outcomes by using more accurate data and better real-time feedback. Integrating CBCT, AI, and AR in dental implant placement has the potential to reduce human error and enhance patient safety. This technology will increase the success rate of procedures and reduce the time needed for planning and execution. This means more patients can be treated in a shorter time with more consistent and satisfactory results.
Moreover, the development of this technology also opens the door for similar applications in other areas of dentistry, such as orthodontics and endodontics, where precision is critical. As technology advances and AI and AR become more widely implemented, we can expect a revolution in how dental care is delivered, making it more personalised, accurate, and effective.
The digital innovation in dental implant placement that combines CBCT, artificial intelligence, and augmented reality represents a significant step toward a safer and more advanced future in dentistry. As this technology continues to evolve, dental professionals will be able to provide better and safer care for patients, making the implant placement process more efficient and reducing unwanted risks.
