PRODUCT - myoSonic
Ultrasound Muscle Analysis Solution
Real Muscle Analysis with Ultrasound Device
myoSonic uses advanced ultrasound and biomedical engineering technology to provide muscle quality, muscle thickness, and fat thickness with a single measurement in any exercise environment.
Ergonomic Design
Lightweight body design for even distribution of skin contact pressure and measurement structure optimized for various muscle types
Precision Ultrasound Probe
With RFMsono™ technology, precise measurement is possible, including fat layers, muscle layers, fascia, and intramuscular fat structures.
Real-Time Measurement System
Based on a high-integration circuit design, the device is miniaturized and personalized, enabling real-time measurements in active environments such as fitness, rehabilitation, and sports settings.
Precision Ultrasound Technology
myoSonic uses precision ultrasound technology to accurately measure internal fat and muscle layers of the human body and can perform measurements regardless of body moisture before or after exercise. It also employs RFMsono™ technology, which enables the measurement of structures such as intramuscular fat (IMF).
AI-Real Muscle analysis Technology
Based on the data measured by myoSonic, fat and muscle layers are classified and analyzed. In particular, the AI-based TriQuality™ technology precisely analyzes various muscle quality data such as fat and fascia within the muscle layer. This technology helps improve quality of life through advanced muscle quality management.
myoSonic App
The myoSonic Fit and myoSonic Gym apps support personalized health management
across various environments.
The app enables precise measurement of up to 26 major muscle areas, including the trapezius, biceps, and others.
By applying TriQuality™ analysis technology, high-resolution analysis of fat layers, muscle layers, fascia, and intramuscular fat is performed to quantitatively evaluate muscle quality characteristics.
The app manages individual workout data securely through a user authentication–based secure transmission system.
The app supports accurate user measurements through an intuitive visual muscle selection interface and measurement guide.
The app analyzes pre- and post-exercise data for each muscle to present quantitative exercise effects, enabling personalized workout scheduling based on the results.
Our AI-based muscle analysis system is built on extensive clinical trial data, ensuring reliable and evidence-based insights.
Application
Fitness Centers
Accurately monitor muscle-specific changes before and after exercise to deliver data-driven, personalized training programs for each member.
For instance, following a biceps workout, the system analyzes recovery status to determine the optimal time for retraining—enabling intelligent scheduling and scientifically optimized training cycles based on real-time physiological data.
Elite Athlete Training Centers
Enhance peak performance through advanced monitoring and management of sport-specific muscle groups.
The system provides precise control over muscular condition, empowering trainers to optimize training intensity, recovery cycles, and overall performance readiness. By analyzing correlations between muscle integrity and athletic output, coaches can make data-driven decisions regarding player rotation, training load management, and position assignments to maximize competitive performance.
Hospitals, Pharmacies, and Public Health Centers
Deliver personalized nutritional and wellness consulting grounded in comprehensive muscle quality profiling—categorizing individuals as low, borderline, or optimal.
Through this evidence-based approach, healthcare professionals can recommend precisely targeted supplements and functional health solutions tailored to each patient’s physiological condition and muscle health status.