Canon Medical Systems Sonography Machine, Ultrasound

Getting to the
heart of the matter.


Ultrasound

Cardiology

From sophisticated ergonomics to accurate, on-board quantitative analysis, Canon Ultrasound systems are designed to get the most comprehensive information for confident diagnosis right at the patient’s bedside and lower costs through workflow improvements.

Anatomic assessment of the aortic apparatus.

Aortic Valve Analysis: AVA*

The AVA—Aortic Valve Analysis tool provides measurements useful to the operator in their planning of TAVR.

  • Intuitive color-coded analysis
  • Quad display (user-selectable views)
  • Measurement of key parameters

*Available on i900

Aortic Valve Analysis: AVA

Auto-EF with Global Longitudinal Strain (GLS)

  • Automatic integration of Strain measurements with Ejection Fraction and volume measurements
  • No need to enter dedicated strain packages
  • Aplio systems automatically calculate Ejection Fraction, LV volumes and now GLS

*Available on Aplio a-series and i-series

Auto-EF with Global Longitudinal Strain (GLS)

Automatic integration of Strain measurements with Ejection Fraction and volume measurements without the need of dedicated strain packages.

Ischemic biomarker DSI for 2D WMT in Diastolic Strain Ratio Imaging (DSI).

Diastolic Strain Ratio Imaging* (DSI)

Color mapping based on Diastolic phase Strain in 2D WMT mode.


*Available on Aplio a-series and i-series

Display of DSI with different colors for analyzing on diastolic dysfunction.

Display of DSI with different colors for analyzing on diastolic dysfunction.

DSI: Diastolic Strain ratio Imaging Diastolic Strain ratio = (A-B)/A*100 [%]

DSI: Diastolic Strain ratio Imaging Diastolic Strain ratio = (A-B)/A*100 [%]

Accurate, reproducible cardiac quantification in just a few clicks.

2D Wall Motion Tracking*

  • Easy routine integration of Strain measurements with Canon Medical Systems' 2D Wall Motion Tracking "3-Clicks to GLS" workflow
  • No need for lengthy offline analysis. Everything at the bedside seamlessly
  • Aplio CV systems automatically calculate Ejection Fraction, LV volumes and other important parameters

2D Wall Motion Tracking Demo


*Available on the Aplio i-series and Xario 200

2D Wall Motion Tracking

Layer Specific Strain allows clinicians to detect Strain changes earlier because Canon Medical Systems' 2D Wall Motion Tracking software quantifies endocardial border to mid-myocardium, where early changes occur.

Advanced wall motion tracking technology.

3D Wall Motion Tracking*

The Aplio i900’s advanced 2D and 3D Wall Motion Tracking technology provides visual and quantitative access to global and regional myocardial wall motion dynamics.


*Available on the Aplio i900 only.

Canon's Advanced wall motion tracking technology for Ultrasound

Tracking of multiple cardiac chambers.

Quad-Chamber Tracking*

Quad-Chamber Tracking displays the tracking of multiple cardiac chambers in one view along with waveforms.

Quad-Chamber Tracking Demo


*Available on the Aplio i900 only.

Quad-Chamber Tracking

Anatomic and functional assessment
of the mitral valve.

4D Mitral Valve Analysis*

The 4D MVA tool provides concise anatomic and functional assessment of the mitral valve. The function’s quad display offers a clear overview of different scan planes.

  • Automated mitral valve measurement
  • Intuitive color-coded 3D function analysis
  • Quad display (different scan planes, 3D)

Watch Mitral Valve Analysis Demo


*Available on the Aplio i900 only.

Cardiac Multi-Frequency iDMS* (12S4)

Features:

  • Small compact, lightweight design
  • 2-in-1 transducer covering frequency range of 2 existing transducers

Clinical Applications:

  • Neonatal and pediatric cardiac
  • SMI compatible

*Available on Aplio i700 – i900.

Cardiac Multi-Frequency iDMS* (12S4)

Small compact, lightweight design.

Cardiac Volume Matrix Transducer* (i6SVX1)

  • Matrix array
  • Single crystal
  • Advanced volume features
  • Freq: 1.8-5.2 MHz
  • Application:
    3D Cardiac (adult heart)

*Available on the Aplio i900 only.

Cardiac Volume Matrix Transducer* (i6SVX1)

Small compact, lightweight design.

Pediatric Cardiac Volume Matrix Transducer* (i7SVX2)

  • Matrix array
  • Single crystal
  • Small compact, lightweight design
  • Advanced volume features
  • Sector and volume sector
  • Freq: 2.2-6.0 MHz
  • Application: 3D Cardiac (pediatric heart)

*Available on the Aplio i900 only.

Pediatric Cardiac Volume Matrix Transducer* (i7SVX2)

4D volume imaging for routine clinical use.

4D-TEE / Volume Matrix Transducer* (i6SVX2)

The Aplio i-series volume matrix transducer enables you to acquire high-quality 4D volumes at high frame rate. A host of advanced analysis tools allows for in-depth assessment of cardiac anatomy and function.


*Available on the Aplio i900 only.

4D-TEE / Volume Matrix Transducer* (i6SVX2)

Consistently acquire a correct M-mode image.

Flex-M Mode*

Aplio CV's Flex-M functionality enables acquisition of online or off-line anatomically-corrected M-Modes on patients with technically difficult images.


*Available on the Aplio i-series and Xario 200 Platinum.

 Canon's Ultrasound technology to consistently acquire a correct M-mode image

Deeper signal penetration with improved signal quality.

Differential Tissue Harmonics (D-THI)*

D-THI overcomes the limitations of conventional Tissue Harmonic imaging by providing improved visualization and definition of lesions, cysts and subtle tissue while scanning at increased depth and on difficult-to-image patients (up to 50 cm penetration with Aplio i-series).


*Available on the Aplio i-series and Xario 200 Platinum.

Better border definition and clarity of structures for confident diagnosis.

Tissue Enhancement*

Tissue Recognition

  • Better characterizes anatomy with new Anatomical Assessment technology
  • Sharpens small details such as subtle contours, border edges and fine layers

Intelligent Sharpening

  • Enhances sharpness and contrast for better visualization
  • Delivers a high degree of clarity even when various anatomical variants are present in the image

*Available on the Aplio i-series and Xario 200 Platinum.

Border definition and clarity of structures for Ultrasound diagnosis
Border definition and clarity of structures for cardiology diagnosis

Rapid global assessment.

Tissue Doppler*

Rapidly assess global diastolic and systolic function of the LV and RV with Pulsed-Wave TDI. Canon Medical Systems' high frame rate 2D TDI and spectral Doppler TDI provides both visual and quantitative formats for assessing global function in all your cardiac patients.

*Available on the Aplio i-series and Xario 200 Platinum.

spectral Doppler

Canon Medical Systems' comprehensive Stress Echo package.

Stress Echo*

Enables rapid view acquisition, rapid selection and easy regional wall motion scoring of both standard and user defined protocols for physiological and pharmacological stress echoes.

*Available on the Aplio i-series and Xario 200 Platinum.

Canon Medical Systems' comprehensive Stress Echo package

Canon Medical Systems' comprehensive Cardiac Contrast Imaging package.

Contrast Imaging*

Allows you to evaluate left ventricular function opacification in difficult-to-image patients.

Contrast Imaging Demo


*Available on the Aplio i-series and Xario 200 Platinum.

spectral Doppler

Fast, automated measurement.

Auto-IMT*

Auto-IMT (Intima-Media Thickness) automatically measures the intima-media thickness of the arterial walls to detect the presence of intimal thickening.


*Available on the Aplio i-series and Xario 200 Platinum.

Intima-Media Thickness

True Hemodynamic Flow.

Advanced Dynamic Flow™ (ADF)

Canon Medical Systems' exclusive ADF technology provides highly detailed Color Doppler resolution at high frame rates for high resolution of the smallest blood vessels and complex blood flow with amazing clarity.


*Available on all current systems.

True Hemodynamic Flow on the Aortic Arch in a Fetal Heart

ADF on the Aortic Arch in a Fetal Heart

True Hemodynamic Flow on the Carotid Artery and Jugular Vein simultaneously

ADF on the Carotid Artery and Jugular Vein simultaneously