We developed an AI-based technique for analyzing toothbrush posture in order to identify users' brushing patterns. Our sophisticated, cutting-edge machine vision-mounted device allows users to detect early tooth-related anomalies such as food remains between teeth and tooth plaque. Our device uses Deep Learning algorithms to program brushing time based on tooth plaques by analyzing image data. Our technology accomplished the goal in three stages by utilizing sophisticated algorithms and a cutting-edge AI-based approach. In the first stage, our detection head with a small camera detects plaques, marks each tooth, and sends the data to your smartphone. In the second stage, this data is fed into our deep learning algorithm, which uses it to program your brushing time based on the severity of your teeth condition. In the third stage, Based on brushing posture detection, our AI-powered sensors guide and time you through an enthralling brushing experience. The significance of our work is that, in addition to a more efficient brushing pattern, you can actually see which areas require extra care. You can save images of your teeth to keep track of your oral health history. The combination of the image sensor and posture detection sensor data distinguishes us from other commercial smart toothbrushes.

Meditradent Inc.

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Meditradent Inc.

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