Emboli Detection and Classification System

Automated cardiac rhythm analysis system for detection and classification of arrhythmias. Provides real-time alerts for abnormal cardiac rhythms during continuous monitoring.

Artificial intelligence system for analyzing medical images and providing diagnostic support. Trained on endoscopic and pathological imagery to assist clinicians in cancer detection and classification.

BrainWave is an innovative microwave imaging device designed for the detection and classification of cerebral stroke based on microwave imaging technology. The device represents a non-invasive approach to rapid stroke assessment and classification.

A comprehensive digital pathology image scanning and encoding system designed to support mainstream pathology workflows. The system provides accurate identification and classification of pathological tissue through multiple analysis methods including IHC and IF-FISH, supports endometrial tissue analysis and HER2 grading, enables custom multi-dimensional output, tissue pattern recognition, and gene analysis. It supports educational applications including HE, MASSON, PAS, PASM, and IHC tissue identification for tissues such as liver, lung, breast, and endometrium.

Integrated system for detecting and analyzing neurological conditions through biosignal analysis. Provides diagnostic support for neurological disease identification and monitoring.

A transcranial doppler ultrasound system with emboli detection capability for assessing cerebral blood flow and detecting microemboli. The device enables comprehensive evaluation of cerebrovascular hemodynamics.

Diagnostic system utilizing AI to detect acute coronary syndrome and myocardial injury from ECG images. Identifies ST-segment elevation myocardial infarction and other indicators of myocardial ischemia.

Rapid quantitative imaging-assisted diagnosis system for acute stroke providing quick extraction of imaging indicators, accurate image analysis, and quantitative data to support clinical treatment planning.

AI-powered detection system integrated into wearable devices for identifying cardiovascular events through continuous vital sign analysis. Utilizes embedded sensors and cloud-based algorithms for real-time event prediction.

Integrated diagnostic system for assessing cerebrovascular and aortic function parameters. Supports comprehensive vascular disease monitoring and cardiovascular health evaluation.

Brain magnetic imaging platform for early-stage diagnosis of Alzheimer's disease and other neurodegenerative conditions. Detects functional changes in neural activity patterns associated with cognitive decline.

An AI-powered computer-aided detection system for coronary artery disease screening from medical images. It provides automated analysis with image-text reports to support early detection and diagnosis in cardiovascular assessment.