OverviewCOMEN E-Sonore® EP50 is a portable color Doppler diagnostic ultrasound system designed for point-of-care imaging. The E-Sonore® platform integrates advanced algorithms and AI-enabled image processing to support accurate, high-frame-rate visualization of pulmonary, cardiac and abdominal examinations at the bedside.
Key technologies- Zone Focus Imaging: dynamic full-range focusing for uniform high resolution across the field of view.
- High-Speed Beam Parallel Processing: ultra-fast parallel beam processing to increase frame rates for smooth real-time imaging of fast-moving targets.
- Frequency Compound Imaging: multi-frequency fusion to suppress speckle, balance penetration and resolution, and enhance tissue contrast.
- Intelligent Imaging: AI-enabled algorithms for image optimization and diagnostic support.
Clinical applications- ICU / emergency and EMR workflows: bedside lung, cardiac and abdominal exams without patient transfer.
- Anesthesia: perioperative imaging and monitoring.
- General imaging: abdominal, vascular and superficial examinations.
- Neonatal: tailored imaging modes for neonatal care.
- OB/GYN: fetal and maternal assessments.
Probe compatibility- Convex probes
- Endocavitary probes
- Linear probes
- Phased-array probes
Ergonomic & design highlights- Ergonomic design and interfaces adapted for bedside workflows.
- Portable configuration supporting point-of-care examinations and rapid deployment.
Product Safety & PerformanceOfficial product safety and performance documentation is provided by the manufacturer.
Technical specifications- Platform: COMEN E-Sonore® Ultrasound Platform (AI-enabled).
- Model: EP50.
- Imaging technologies: Zone Focus Imaging, High-Speed Beam Parallel Processing, Frequency Compound Imaging, AI-based image processing.
- Clinical scenarios: ICU/EMR, Anesthesia, General Imaging, Neonatal, OB/GYN, bedside lung/cardiac/abdominal exams.
- Probe types supported: Convex, Endocavitary, Linear, Phased-array.
- Designed for point-of-care, bedside use and high-frame-rate dynamic imaging.