AudaxCeph Cephalogram Analysis Software

The AudaxCeph Cephalogram Analysis Software aims to streamline 2D dental image analysis for orthodontics and treatment planning by offering automated landmark digitization and measurement capabilities. Its scientific basis relies on validated algorithms for accurate automatic landmark detection, ensuring functionality and precision through rigorous non-clinical performance testing for clinical utility.

AudaxCeph Cephalogram Analysis Software, a product by Audax d.o.o., has received market clearance as a Class II Medical Image Management and Processing System, establishing its substantial equivalence to existing devices. Cleared on May 30, 2025, under product code QIH, this software is now available for commercial use, indicating it meets the necessary regulatory standards for medical devices. Designed for specialized dental practices, particularly in orthodontics, the software supports patient image storage, presentation, and treatment planning by enabling 2D dental image analysis, including automated landmark digitization, tracing, measurements, and superimpositions. Its safety and effectiveness were confirmed through non-clinical performance testing, encompassing comprehensive software verification, validation, and an accuracy study for automatic landmark detection, all of which demonstrated its functionality, precision, and adherence to relevant industry benchmarks.

AI Regulatory Concerns

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Jev reads the full FDA letter and returns calibrated concern probabilities per regulatory category. These are AI estimates, not regulatory advice.

• Q1. What specific algorithms are employed for automatic landmark detection, and how do they account for variations in anatomical structures among patients?; How does the software's accuracy and precision in landmark identification compare against manual tracing performed by experienced orthodontists, and what are the clinical implications of any observed differences?; What data privacy and security protocols are implemented to protect sensitive patient information and images managed by the AudaxCeph system?; Are there future development plans to integrate 3D imaging capabilities or allow interoperability with other dental diagnostic technologies?; What training and support are provided to clinicians to ensure proper interpretation of the software's analysis results and to mitigate potential misapplications?