CranioCatch software

CranioCatch is an innovative platform specifically designed to enhance dental education by utilizing artificial intelligence in the interpretation of dental radiographs. Established in 2021, this platform supports educational institutions in teaching dento-maxillofacial radiology by offering a comprehensive approach with both 2D and 3D imaging modalities. It facilitates the examination of real clinical cases, allowing students to develop proficient diagnostic skills underpinned by AI technology. Teachers can create personalized workspaces and practice sessions tailored for different classes, while students can engage in interactive learning and real-time analysis, comparing their findings with standard expert assessments. By automating analysis processes and refining diagnostic accuracy, CranioCatch streamlines dental education, equipping future professionals with the necessary expertise in AI-assisted radiological evaluations.

CranioCatch, established in 2021, focuses on transforming the domain of dental radiology through innovative artificial intelligence solutions. The company specializes in providing advanced imaging tools such as CBCT, panoramic, periapical, bitewing, and cephalometric imaging to aid in more precise diagnostics and treatment planning. CranioCatch allows users to create tailored AI models, facilitating automated assessments and enhancing radiological image analysis. By enabling the annotation of radiographs and artificial intelligence-driven labeling, CranioCatch seeks to improve the efficacy of detecting dental abnormalities. The platform supports researchers and professionals in integrating AI models with existing systems, accelerating clinical decision-making and optimizing diagnostic accuracy in the medical field. CranioCatch's technology is embraced by dental professionals for its contribution to speed, accuracy, and the advancing landscape of automated radiology.

CranioCatch provides the analysis of teeth, jaws and face with artificial intelligence in orthodontic radiography and images..