EPIQ CVx

Premium cardiology ultrasound system

795231

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The EPIQ CVx is a dedicated cardiac ultrasound solution which brings significant advancements in functionality. This helps you deliver better care through higher processing power, exceptional imaging with more clarity & sharpness, improved exam efficiencies, and new robust & reproducible AIUS quantification.

Features
Configurable user interface.

A user interface designed for cardiology

An efficient interface that reduces the need to keep looking for controls and allows customisation to remove controls not needed. Includes customisation, single-row rotaries and new fly out controls.

A user interface designed for cardiology

An efficient interface that reduces the need to keep looking for controls and allows customisation to remove controls not needed. Includes customisation, single-row rotaries and new fly out controls.

A user interface designed for cardiology

An efficient interface that reduces the need to keep looking for controls and allows customisation to remove controls not needed. Includes customisation, single-row rotaries and new fly out controls.
OLED Monitor

See exceptional image quality

The OLED provides sharp and clear visualisation of cardiac anatomy due to its increased dynamic range and improved contrast ratio. Everyone can see the image, even in non-traditional environments such as OR, with the OLED’s wide viewing angle.

See exceptional image quality

The OLED provides sharp and clear visualisation of cardiac anatomy due to its increased dynamic range and improved contrast ratio. Everyone can see the image, even in non-traditional environments such as OR, with the OLED’s wide viewing angle.

See exceptional image quality

The OLED provides sharp and clear visualisation of cardiac anatomy due to its increased dynamic range and improved contrast ratio. Everyone can see the image, even in non-traditional environments such as OR, with the OLED’s wide viewing angle.
Dynamic HeartModel

Automation for robust, proven reproducible cardiac quantification in both 2D and 3D

Fast, robust, and reproducible 3D LV quantification along with several new 3D measurements, including LV Mass and indices, along with better visualisation of border positions leading to stronger clinical confidence. Multiple beat volumes can also be analysed to enable easier quantification of patients in arrhythmias.

Automation for robust, proven reproducible cardiac quantification in both 2D and 3D

Fast, robust, and reproducible 3D LV quantification along with several new 3D measurements, including LV Mass and indices, along with better visualisation of border positions leading to stronger clinical confidence. Multiple beat volumes can also be analysed to enable easier quantification of patients in arrhythmias.

Automation for robust, proven reproducible cardiac quantification in both 2D and 3D

Fast, robust, and reproducible 3D LV quantification along with several new 3D measurements, including LV Mass and indices, along with better visualisation of border positions leading to stronger clinical confidence. Multiple beat volumes can also be analysed to enable easier quantification of patients in arrhythmias.
TrueVue

Photorealistic echo imaging with adjustable light source

Industry-leading 3D image quality combined with photorealistic echo imaging with adjustable light source brings your 3D image to life, illuminating tissue detail and creating depth perception not achievable until now. TrueVue has been designed to enhance communication with caregivers and can hence help with more efficient device placement.

Photorealistic echo imaging with adjustable light source

Industry-leading 3D image quality combined with photorealistic echo imaging with adjustable light source brings your 3D image to life, illuminating tissue detail and creating depth perception not achievable until now. TrueVue has been designed to enhance communication with caregivers and can hence help with more efficient device placement.

Photorealistic echo imaging with adjustable light source

Industry-leading 3D image quality combined with photorealistic echo imaging with adjustable light source brings your 3D image to life, illuminating tissue detail and creating depth perception not achievable until now. TrueVue has been designed to enhance communication with caregivers and can hence help with more efficient device placement.
S9-2 Transducer

Paediatric PureWave Transducer

Designed for higher resolution, giving you what you need for high-quality imaging and confident diagnosis for your young patients. The S9-2 is the first PureWave paediatric 2D transducer that provides a wide range of imaging capabilities from your tiny patients to your pre-adult population as well as a special one-button coronary sub-mode to allow for easy and fast evaluation of the coronaries.

Paediatric PureWave Transducer

Designed for higher resolution, giving you what you need for high-quality imaging and confident diagnosis for your young patients. The S9-2 is the first PureWave paediatric 2D transducer that provides a wide range of imaging capabilities from your tiny patients to your pre-adult population as well as a special one-button coronary sub-mode to allow for easy and fast evaluation of the coronaries.

Paediatric PureWave Transducer

Designed for higher resolution, giving you what you need for high-quality imaging and confident diagnosis for your young patients. The S9-2 is the first PureWave paediatric 2D transducer that provides a wide range of imaging capabilities from your tiny patients to your pre-adult population as well as a special one-button coronary sub-mode to allow for easy and fast evaluation of the coronaries.
MultiVue

Real-time image alignment

Deliver fast and accurate answers in real time for device positioning and sizing during procedures. 1-click alignment of catheter within cardiac anatomy, previously not possible using manual tools. More precisely visualise the region of interest for echo-guided procedures such as MV repair.

Real-time image alignment

Deliver fast and accurate answers in real time for device positioning and sizing during procedures. 1-click alignment of catheter within cardiac anatomy, previously not possible using manual tools. More precisely visualise the region of interest for echo-guided procedures such as MV repair.

Real-time image alignment

Deliver fast and accurate answers in real time for device positioning and sizing during procedures. 1-click alignment of catheter within cardiac anatomy, previously not possible using manual tools. More precisely visualise the region of interest for echo-guided procedures such as MV repair.
xMATRIX vascular transducer

xMATRIX vascular transducer

The XL14-3 transducer provides some unique imaging modes to aid imaging and diagnosis. Live xPlane imaging offering real time images in both the longitudinal and transverse planes simultaneously. It also offers Live xPlane Doppler capabilities which allows precise placement of the Doppler sample volume using both longitudinal and transverse reference images. Live 3D/4D visualization of vascular anatomy provides an ideal communication tool to facilitate clinical decisions among providers and enhance consultation with patients to help them understand their conditions.

xMATRIX vascular transducer

The XL14-3 transducer provides some unique imaging modes to aid imaging and diagnosis. Live xPlane imaging offering real time images in both the longitudinal and transverse planes simultaneously. It also offers Live xPlane Doppler capabilities which allows precise placement of the Doppler sample volume using both longitudinal and transverse reference images. Live 3D/4D visualization of vascular anatomy provides an ideal communication tool to facilitate clinical decisions among providers and enhance consultation with patients to help them understand their conditions.

xMATRIX vascular transducer

The XL14-3 transducer provides some unique imaging modes to aid imaging and diagnosis. Live xPlane imaging offering real time images in both the longitudinal and transverse planes simultaneously. It also offers Live xPlane Doppler capabilities which allows precise placement of the Doppler sample volume using both longitudinal and transverse reference images. Live 3D/4D visualization of vascular anatomy provides an ideal communication tool to facilitate clinical decisions among providers and enhance consultation with patients to help them understand their conditions.
  • Configurable user interface.
  • OLED Monitor
  • Dynamic HeartModel
  • TrueVue
See all features
Configurable user interface.

A user interface designed for cardiology

An efficient interface that reduces the need to keep looking for controls and allows customisation to remove controls not needed. Includes customisation, single-row rotaries and new fly out controls.

A user interface designed for cardiology

An efficient interface that reduces the need to keep looking for controls and allows customisation to remove controls not needed. Includes customisation, single-row rotaries and new fly out controls.

A user interface designed for cardiology

An efficient interface that reduces the need to keep looking for controls and allows customisation to remove controls not needed. Includes customisation, single-row rotaries and new fly out controls.
OLED Monitor

See exceptional image quality

The OLED provides sharp and clear visualisation of cardiac anatomy due to its increased dynamic range and improved contrast ratio. Everyone can see the image, even in non-traditional environments such as OR, with the OLED’s wide viewing angle.

See exceptional image quality

The OLED provides sharp and clear visualisation of cardiac anatomy due to its increased dynamic range and improved contrast ratio. Everyone can see the image, even in non-traditional environments such as OR, with the OLED’s wide viewing angle.

See exceptional image quality

The OLED provides sharp and clear visualisation of cardiac anatomy due to its increased dynamic range and improved contrast ratio. Everyone can see the image, even in non-traditional environments such as OR, with the OLED’s wide viewing angle.
Dynamic HeartModel

Automation for robust, proven reproducible cardiac quantification in both 2D and 3D

Fast, robust, and reproducible 3D LV quantification along with several new 3D measurements, including LV Mass and indices, along with better visualisation of border positions leading to stronger clinical confidence. Multiple beat volumes can also be analysed to enable easier quantification of patients in arrhythmias.

Automation for robust, proven reproducible cardiac quantification in both 2D and 3D

Fast, robust, and reproducible 3D LV quantification along with several new 3D measurements, including LV Mass and indices, along with better visualisation of border positions leading to stronger clinical confidence. Multiple beat volumes can also be analysed to enable easier quantification of patients in arrhythmias.

Automation for robust, proven reproducible cardiac quantification in both 2D and 3D

Fast, robust, and reproducible 3D LV quantification along with several new 3D measurements, including LV Mass and indices, along with better visualisation of border positions leading to stronger clinical confidence. Multiple beat volumes can also be analysed to enable easier quantification of patients in arrhythmias.
TrueVue

Photorealistic echo imaging with adjustable light source

Industry-leading 3D image quality combined with photorealistic echo imaging with adjustable light source brings your 3D image to life, illuminating tissue detail and creating depth perception not achievable until now. TrueVue has been designed to enhance communication with caregivers and can hence help with more efficient device placement.

Photorealistic echo imaging with adjustable light source

Industry-leading 3D image quality combined with photorealistic echo imaging with adjustable light source brings your 3D image to life, illuminating tissue detail and creating depth perception not achievable until now. TrueVue has been designed to enhance communication with caregivers and can hence help with more efficient device placement.

Photorealistic echo imaging with adjustable light source

Industry-leading 3D image quality combined with photorealistic echo imaging with adjustable light source brings your 3D image to life, illuminating tissue detail and creating depth perception not achievable until now. TrueVue has been designed to enhance communication with caregivers and can hence help with more efficient device placement.
S9-2 Transducer

Paediatric PureWave Transducer

Designed for higher resolution, giving you what you need for high-quality imaging and confident diagnosis for your young patients. The S9-2 is the first PureWave paediatric 2D transducer that provides a wide range of imaging capabilities from your tiny patients to your pre-adult population as well as a special one-button coronary sub-mode to allow for easy and fast evaluation of the coronaries.

Paediatric PureWave Transducer

Designed for higher resolution, giving you what you need for high-quality imaging and confident diagnosis for your young patients. The S9-2 is the first PureWave paediatric 2D transducer that provides a wide range of imaging capabilities from your tiny patients to your pre-adult population as well as a special one-button coronary sub-mode to allow for easy and fast evaluation of the coronaries.

Paediatric PureWave Transducer

Designed for higher resolution, giving you what you need for high-quality imaging and confident diagnosis for your young patients. The S9-2 is the first PureWave paediatric 2D transducer that provides a wide range of imaging capabilities from your tiny patients to your pre-adult population as well as a special one-button coronary sub-mode to allow for easy and fast evaluation of the coronaries.
MultiVue

Real-time image alignment

Deliver fast and accurate answers in real time for device positioning and sizing during procedures. 1-click alignment of catheter within cardiac anatomy, previously not possible using manual tools. More precisely visualise the region of interest for echo-guided procedures such as MV repair.

Real-time image alignment

Deliver fast and accurate answers in real time for device positioning and sizing during procedures. 1-click alignment of catheter within cardiac anatomy, previously not possible using manual tools. More precisely visualise the region of interest for echo-guided procedures such as MV repair.

Real-time image alignment

Deliver fast and accurate answers in real time for device positioning and sizing during procedures. 1-click alignment of catheter within cardiac anatomy, previously not possible using manual tools. More precisely visualise the region of interest for echo-guided procedures such as MV repair.
xMATRIX vascular transducer

xMATRIX vascular transducer

The XL14-3 transducer provides some unique imaging modes to aid imaging and diagnosis. Live xPlane imaging offering real time images in both the longitudinal and transverse planes simultaneously. It also offers Live xPlane Doppler capabilities which allows precise placement of the Doppler sample volume using both longitudinal and transverse reference images. Live 3D/4D visualization of vascular anatomy provides an ideal communication tool to facilitate clinical decisions among providers and enhance consultation with patients to help them understand their conditions.

xMATRIX vascular transducer

The XL14-3 transducer provides some unique imaging modes to aid imaging and diagnosis. Live xPlane imaging offering real time images in both the longitudinal and transverse planes simultaneously. It also offers Live xPlane Doppler capabilities which allows precise placement of the Doppler sample volume using both longitudinal and transverse reference images. Live 3D/4D visualization of vascular anatomy provides an ideal communication tool to facilitate clinical decisions among providers and enhance consultation with patients to help them understand their conditions.

xMATRIX vascular transducer

The XL14-3 transducer provides some unique imaging modes to aid imaging and diagnosis. Live xPlane imaging offering real time images in both the longitudinal and transverse planes simultaneously. It also offers Live xPlane Doppler capabilities which allows precise placement of the Doppler sample volume using both longitudinal and transverse reference images. Live 3D/4D visualization of vascular anatomy provides an ideal communication tool to facilitate clinical decisions among providers and enhance consultation with patients to help them understand their conditions.

Specifications

System dimensions
System dimensions
Width
  • 60.6 cm
Height
  • 146-171.5 cm
Depth
  • 109.2 cm
Weight
  • 104.3 kg
Control panel
Control panel
Monitor size
  • 54.6 cm
Degrees of movement
  • 180 degrees
Height adjustment
  • 25.4 cm
System dimensions
System dimensions
Width
  • 60.6 cm
Height
  • 146-171.5 cm
Control panel
Control panel
Monitor size
  • 54.6 cm
Degrees of movement
  • 180 degrees
See all specifications
System dimensions
System dimensions
Width
  • 60.6 cm
Height
  • 146-171.5 cm
Depth
  • 109.2 cm
Weight
  • 104.3 kg
Control panel
Control panel
Monitor size
  • 54.6 cm
Degrees of movement
  • 180 degrees
Height adjustment
  • 25.4 cm
  • EPIQ CVx/CVxi is available in selected countries. Please consult your Philips representative for further details.
  • **Pending 510K approval - not available in USA

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