Shanghai Meishimeiqiang Intelligent Technology Co., Ltd
AI-enabled integrated dental diagnosis and treatment platform
Overall Architecture
Perception layer: Integrate self-developed intelligent mandibular rehabilitation training devices and multiple portable oral rinsers, expand various intelligent dental devices such as intraoral AI scanners and periodontal detectors, and comprehensively collect multi-dimensional raw data including patient occlusion movement, oral imaging, cleaning behavior, and periodontal physiology.
Edge AI layer: The lightweight AI model on the device side completes real-time data preprocessing, instant parameter adjustment (such as flushing water pressure, rehabilitation resistance adjustment), and provides low-latency response to patient usage scenarios.
Cloud AI Middle Platform: Build a deep learning algorithm library for dental specialties, encompassing four core algorithm clusters: mandibular movement analysis model, oral lesion image recognition model, periodontal health prediction model, and rehabilitation prognosis evaluation model. This platform facilitates unified data storage, intelligent analysis, and case-labeled management.
Application layer: Output capabilities for three types of ports: doctor-side, patient-side, and hospital management-side. Doctors can remotely adjust parameters, view diagnosis and rehabilitation data, and receive AI-assisted lesion interpretation; patients receive home-based intelligent nursing care and rehabilitation guidance; hospitals achieve unified scheduling of oral diagnosis and treatment data across the entire hospital, and intelligent case archiving.
Platform Value
Hospital side: Build a digital dental specialist data platform, enable intelligent case archiving, enhance efficiency through AI-assisted diagnosis and treatment, and create a distinctive intelligent dental specialist department;
Doctor’s end: Remote monitoring of patients’ home recovery/care status, AI-assisted diagnosis to reduce human interpretation errors and enhance consistency in diagnosis and treatment;
Patient side: Breaking free from the limitations of only offline visits, patients can now receive personalized AI guidance from home, resulting in more efficient rehabilitation care and a more comfortable experience.
Technical Solution
Core module
AI Dental Imaging Intelligent Recognition Module
By integrating visualized images from irrigators and intra-hospital oral scans, AI automatically identifies lesions such as dental calculus, gingivitis, and temporomandibular joint abnormalities. It marks the location and area of the lesions, assisting doctors in rapid preliminary screening and diagnosis.
AI mandibular rehabilitation intelligent management module
Connecting with rehabilitation training device data, AI fits individual-specific exercise curves, dynamically adjusts training plans, quantifies rehabilitation outcomes, and reduces the workload of manual follow-up by physicians.
AI personalized home care module
Based on the usage data of the irrigator, AI adaptively adjusts the irrigation parameters and customizes home cleaning solutions for different groups, including orthodontics, implantology, and periodontitis patients.
AI-based doctor-patient collaboration platform
Connect the in-hospital diagnosis and treatment system with home device data, achieve integrated data exchange between in-hospital diagnosis and treatment and home rehabilitation care, and break the information gap between doctors and patients.