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Cardiology

Revo 9 Cardiopulmonary POCUS | Integrated B-Lines, VExUS and LVOT-VTI Hemodynamic Assessment

Revo 9 ultrasound system

Integrated Hemodynamic Evaluation | Revo 9

Advanced Cardiopulmonary Ultrasound POCUS

Green line

Revo 9 high-end ultrasound system delivers accurate cardiopulmonary ultrasound POCUS for comprehensive bedside hemodynamic assessment. Equipped with advanced PrismX™ and PureSight™ imaging technologies, it captures clear lung and cardiac tissue details. It integrates core clinical indicators to support systematic bedside monitoring, empowering clinicians to evaluate cardiopulmonary function and fluid status in one streamlined scan.

   

   

   

       

  • Doctor performing heart ultrasound

        

    Lung Ultrasound B-Lines for Sensitive Pulmonary Congestion Detection

    Specialized for POCUS for pulmonary congestion detection, Revo 9 precisely identifies and quantifies lung ultrasound B-lines indicative of interstitial edema and heart failure. Intelligent speckle reduction eliminates artifacts, ensuring reliable visualization of subtle extravascular lung water changes. This high-sensitivity lung assessment enables early recognition of pulmonary congestion before clinical symptoms become apparent.

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  • Standard IVC Ultrasound and VExUS Score Venous Congestion Quantification

    Revo 9 supports professional IVC ultrasound measurement and venous excess ultrasound score assessment for systemic venous congestion grading. It evaluates IVC collapsibility and abdominal venous hemodynamics to calculate standardized VExUS scores. Clinicians can accurately distinguish fluid overload, venous stasis and cardiac congestion, providing objective evidence for targeted decongestion and volume management strategies.

        

    Doctor performing heart ultrasound

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  • Heart ultrasound imaging

             

    Precise LVOT-VTI Measurement for Bedside Hemodynamic Monitoring

    Optimized for LVOT-VTI hemodynamic monitoring bedside, the system performs accurate left ventricular outflow tract velocity-time integral measurement. Real-time Doppler and tissue tracking technologies reflect cardiac stroke volume and forward blood flow dynamically. It reliably assesses fluid responsiveness and cardiac output changes, guiding individualized fluid resuscitation and hemodynamic stabilization in critical care settings.

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    • Multi-Modal Integration for Full-Cycle Critical Hemodynamic Management

      Revo 9 unifies B-lines lung scanning, VExUS grading and LVOT-VTI quantification to realize all-in-one cardiopulmonary hemodynamic evaluation. Its wide dynamic range and multi-mode imaging adapt to complex critical patient conditions. With DICOM data archiving and intelligent optimization functions, it supports continuous trending monitoring and standardized clinical decision-making for critical care and anesthesia departments.

          

      Trolley and accessories

Cardiac Ultrasound Imagings

  • Cardiac B Imaging
  • Cardiac CF Imaging
  • Cardiac CF+PW Imaging
  • Cardiac M Imaging
  • Cardiac PW Imaging

  • Cardiac TDI+PW Imaging

Specification

Application
GenericObstetricsGynecologyAbdomen
VascularSmall PartsUrologyThyroid
CardiologyMSK
Image Formats
AVIBMPJPGPNG
DICOM
Transducer Types
Convex probeLinear probePhased array
Micro convex array
Volume arrayIntracavity probe
    Standard Mode
B
2B
4BCW
MCF
PDIPW
DPDIPicture in PictureTrapezoidPanorama
Color M ModeAnatomy M
TDI（Optional）Wide View（Optional）
3D/4D Mode（Optional）Needle Enhance Mode（Optional）Contrast Enhance Mode（Optional）SMV（Optional）
Elastography（Optional）
System Architecture
Elements: 64/128/160/192Frequency Range: 2.0-22.0 MHzChannel:64Hard Drive:256G
Dynamic Range: 36-120db13.3 Inches touch screenResolution:1920*1080Beam forming 16
Memory:8G23.8 Inches High Resolution LED Monitor
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