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    Diagnostic Ultrasound System

    Resona I9

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    Innovation, in Every Facet

    The Resona I9, a general imaging ultrasound system with completely innovative features from inside out. All innovations are developed based on in-depth insights into complex clinical scenarios, providing accurate and timely answers as well as outstanding efficiency and a remarkable user experience.

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    Unlimited Scanning Flexibility Beyond Imagination
    iConsole - Intelligent Control Panel
    • Intelligent and clinical exam-specific control panel layout with special E-ink keys
    • Breakthrough design with adaptive layout for different clinical scenarios
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    Full-space Floating Control Panel
    Can be adjusted for better space utilization, Easily meet various scanning needs
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    Stand scanning
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    Crouch scanning
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    Stretch scanning
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    Cross-bed Scanning

    Thoughtful Design for Ultimate Convenience

    23.8" bezel-less full-screen with large images for immersive experience

    Eye-protecting monitor with adaptive brightness adjustment

    15.6" full-HD touch screen with intuitive interaction

    Short-cut switch of latest used probes and exams

    Elevated sockets for changing probes without bending

    26dB super-silent design as quiet as a bedroom

    Thoughtful Design for Ultimate Convenience

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    23.8" bezel-less full-screen with large images for immersive experience

    Eye-protecting monitor with adaptive brightness adjustment

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    15.6" full-HD touch screen with intuitive interaction

    Short-cut switch of latest used probes and exams

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    Elevated sockets for changing probes without bending

    26dB super-silent design as quiet as a bedroom

    Bring Optimal Patient Care Immediately
    Just Fold Down and Go
    • Minimum 1 meter height
    • Easy transportation by MPV (Multi-Purpose Vehicle) for mobile service
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    Bedside Exams Without Power Cables
    • Up to 4 hours continuous scanning
    • Auto indication of residual power when you grasp the right handle
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    Up to 4 hours continuous scanning
    Auto indication of residual power when you grasp the right handle
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    Infinite Imaging Solutions Powered by ZST +
    The ZST + platform is an extraordinary innovation, representing an ultrasound evolution. Transforming ultrasound metrics from conventional beam-forming to channel data based processing. It overcomes the traditional trade-off limitation among spatial resolution, temporal resolution and tissue uniformity, delivering exceptional image quality for infinite imaging solutions with non-stop improvements.

    Resona I9 provides comprehensive clinical solutions for dedicated applications. Based on in-depth insights into different clinical scenarios, it delivers innovations that give users extreme clarity, outstanding intelligence and enhanced diagnostic confidence.

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    Advanced Diagnosis with Innovations
    Increased Diagnostic Confidence with Automatic Tools
    Precise Analysis and Measurements

    A Novel Approach of  Vascular Hemodynamics: V Flow

    The color coded vector arrows indicate the velocity magnitude and direction of blood cells. With an ultra-high frame rate, V Flow provides extremely vivid, accurate and angle-independent visualization of complex vascular hemodynamic profiles with comprehensive data information.

    V Flow

    Innovative Stiffness Assessment: HiFR STE

    Up to 10 times faster frame rate with smooth STE imaging display

    More sensitive motion detection for better stability and greater accuracy

    HiFR STE of breast cancer

    HiFR STE of liver

    Focal Lesion Diagnosis with Perfusion: UWN+ Contrast Imaging

    Utilization of both the 2nd harmonic and non-linear fundamental signals

    Greater sensitivity for minor signals and longer agent duration with lower MI

    CEUS of metastatic liver cancer

    CEUS perfusion of thyroid adenoma

    A Novel Approach of  Vascular Hemodynamics: V Flow

    The color coded vector arrows indicate the velocity magnitude and direction of blood cells. With an ultra-high frame rate, V Flow provides extremely vivid, accurate and angle-independent visualization of complex vascular hemodynamic profiles with comprehensive data information.

    V Flow

    Innovative Stiffness Assessment: HiFR STE

    Up to 10 times faster frame rate with smooth STE imaging display

    More sensitive motion detection for better stability and greater accuracy

    HiFR STE of breast cancer

    HiFR STE of liver

    Easy and fast evaluation of liver steatosis: Smart HRI

    Auto organ recognition and brightness ratio calculation of liver and renal cortex

    More reliable and accurate data than traditional qualitative estimation

    Smart HRI

    Smart and Accurate Breast Lesion Diagnosis: Smart Breast

    Smart Breast increases the accuracy and productivity of routine breast scanning. The smart BI-RADS analysis enables fully automatic lesion detection, measurement, annotation, analysis and reporting. The lesion-oriented scanning protocol effectively improves quality control. Additionally, the systematic multi-lesion management and multi-planes assessment further provide more diagnostic information and greater accuracy.

    Breast invasive ductal carcinoma

    Smart and Standardized Thyroid Nodule Assessment: Smart Thyroid

    The multi-planes based TI-RADS analysis enables more comprehensive and accurate thyroid nodule classification. Meanwhile the streamlined automated workflow provides more effective thyroid scanning.

    Papillary thyroid carcinoma

    Easy and fast evaluation of liver steatosis: Smart HRI

    Auto organ recognition and brightness ratio calculation of liver and renal cortex

    More reliable and accurate data than traditional qualitative estimation

    Smart HRI

    Smart and Accurate Breast Lesion Diagnosis: Smart Breast

    Smart Breast increases the accuracy and productivity of routine breast scanning. The smart BI-RADS analysis enables fully automatic lesion detection, measurement, annotation, analysis and reporting. The lesion-oriented scanning protocol effectively improves quality control. Additionally, the systematic multi-lesion management and multi-planes assessment further provide more diagnostic information and greater accuracy.

    Breast invasive ductal carcinoma

    Angle-independent Myocardial Movement Evaluation -- TT QA

    TT QA tracks the myocardial motion by the detection of 2D speckle patterns, and provides angle–independent and precise evaluation of myocardial movement.

    TT QA

    Precise Hardness Analysis of  Vessel Wall -- R-VQS

    R-VQS provides precise analysis with vessel hardness coefficient & pulse wave velocity. It helps for early diagnosis and prevention of artery atherosclerosis.

    R-VQS

    Angle-independent Myocardial Movement Evaluation -- TT QA

    TT QA tracks the myocardial motion by the detection of 2D speckle patterns, and provides angle–independent and precise evaluation of myocardial movement.

    TT QA

    Precise Hardness Analysis of  Vessel Wall -- R-VQS

    R-VQS provides precise analysis with vessel hardness coefficient & pulse wave velocity. It helps for early diagnosis and prevention of artery atherosclerosis.

    R-VQS

    Advanced Diagnosis with Innovations

    A Novel Approach of Vascular Hemodynamics: V Flow

    The color coded vector arrows indicate the velocity magnitude and direction of blood cells. With an ultra-high frame rate, V Flow provides extremely vivid, accurate and angle-independent visualization of complex vascular hemodynamic profiles with comprehensive data information.

    V Flow

    Innovative Stiffness Assessment: HiFR STE

    Up to 10 times faster frame rate with smooth STE imaging display

    More sensitive motion detection for better stability and greater accuracy

    HiFR STE of breast cancer

    HiFR STE of liver

    Focal Lesion Diagnosis with Perfusion: UWN+ Contrast Imaging

    Utilization of both the 2nd harmonic and non-linear fundamental signals

    Greater sensitivity for minor signals and longer agent duration with lower MI

    CEUS of metastatic liver cancer

    CEUS perfusion of thyroid adenoma

    A Novel Approach of Vascular Hemodynamics: V Flow

    The color coded vector arrows indicate the velocity magnitude and direction of blood cells. With an ultra-high frame rate, V Flow provides extremely vivid, accurate and angle-independent visualization of complex vascular hemodynamic profiles with comprehensive data information.

    V Flow

    Innovative Stiffness Assessment: HiFR STE

    Up to 10 times faster frame rate with smooth STE imaging display

    More sensitive motion detection for better stability and greater accuracy

    HiFR STE of breast cancer

    HiFR STE of liver

    Increased Diagnostic Confidence with Automatic Tools

    Easy and fast evaluation of liver steatosis: Smart HRI

    Auto organ recognition and brightness ratio calculation of liver and renal cortex

    More reliable and accurate data than traditional qualitative estimation

    Smart HRI

    Smart and Accurate Breast Lesion Diagnosis: Smart Breast

    Smart Breast increases the accuracy and productivity of routine breast scanning. The smart BI-RADS analysis enables fully automatic lesion detection, measurement, annotation, analysis and reporting. The lesion-oriented scanning protocol effectively improves quality control. Additionally, the systematic multi-lesion management and multi-planes assessment further provide more diagnostic information and greater accuracy.

    Breast invasive ductal carcinoma

    Smart and Standardized Thyroid Nodule Assessment: Smart Thyroid

    The multi-planes based TI-RADS analysis enables more comprehensive and accurate thyroid nodule classification. Meanwhile the streamlined automated workflow provides more effective thyroid scanning.

    Papillary thyroid carcinoma

    Easy and fast evaluation of liver steatosis: Smart HRI

    Auto organ recognition and brightness ratio calculation of liver and renal cortex

    More reliable and accurate data than traditional qualitative estimation

    Smart HRI

    Smart and Accurate Breast Lesion Diagnosis: Smart Breast

    Smart Breast increases the accuracy and productivity of routine breast scanning. The smart BI-RADS analysis enables fully automatic lesion detection, measurement, annotation, analysis and reporting. The lesion-oriented scanning protocol effectively improves quality control. Additionally, the systematic multi-lesion management and multi-planes assessment further provide more diagnostic information and greater accuracy.

    Breast invasive ductal carcinoma

    Precise Analysis and Measurements

    Angle-independent Myocardial Movement Evaluation -- TT QA

    TT QA tracks the myocardial motion by the detection of 2D speckle patterns, and provides angle–independent and precise evaluation of myocardial movement.

    TT QA

    Precise Hardness Analysis of Vessel Wall -- R-VQS

    R-VQS provides precise analysis with vessel hardness coefficient & pulse wave velocity. It helps for early diagnosis and prevention of artery atherosclerosis.

    R-VQS

    Angle-independent Myocardial Movement Evaluation -- TT QA

    TT QA tracks the myocardial motion by the detection of 2D speckle patterns, and provides angle–independent and precise evaluation of myocardial movement.

    TT QA

    Precise Hardness Analysis of Vessel Wall -- R-VQS

    R-VQS provides precise analysis with vessel hardness coefficient & pulse wave velocity. It helps for early diagnosis and prevention of artery atherosclerosis.

    R-VQS

    Clinical Images
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      Liver HiFR STE

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      Hepatic hemangioma

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      Bowel image

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      Breast mass STE

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      Metastatic lymph node HR Flow

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      Thyroid nodule

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      Testis power flow

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      Prostate STE

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      Common carotid artery

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      Carotid artery stenosis

    Transducers
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