Introducing the Philips EPIQ CVx
Designed for cardiology.
Built for better care.
Introducing the Philips EPIQ CVx
Philips aims to keep you at the forefront of pioneering solutions in cardiology. The Philips EPIQ CVx* is a dedicated cardiology ultrasound solution which brings significant advances to help address the strains on overburdened staff and healthcare systems. With the EPIQ
Changing to meet
your challenges
Increasing challenges in the ever-more complex world of cardiovascular care call for new tools. The Philips EPIQ CVx combines the premium performance of EPIQ with advances specifically designed for confident diagnostic decisions, easy workflow and seamless collaboration.
Designed for you
The next level of performance for echocardiography is brought to you by new monitor technology and visualisation tools. Sharp and clear images are just the start. Smoothen your workflows with renewed algorithms and applications, and enhance your user experience with reimagined controls and configurations. The next level of performance for echocardiography is brought to you by the Philips EPIQ CVx.
Select your field of interest to explore more
Cardiology UI
A user interface designed for cardiovascular challenges To keep your most-used controls where you want them, the Philips EPIQ CVx has a user-configurable layout of the controls you’ve told us are most meaningful to you. 85% of clinicians1 who saw the EPIQ CVx thought the
AutoSTRAIN
Automated GLS measurement for routine clinical use Now, TOMTEC AutoSTRAIN, powered by advanced automation technology is available on EPIQ CVx. It offers a simple one-button-push strain solution driven by Auto View Recognition and Auto Contour Placement trained on more than 6000 images to ensure the robustness. AutoSTRAIN provides fast and reproducible left ventricle global longitudinal strain (GLS) measurement for everyday clinical use.
OLED Monitor
A screen built to be seen The 22-inch, 2nd generation OLED monitor on the Philips EPIQ CVx gives you an image 38% larger than traditional ultrasound images with no loss of resolution. As well as a 180° viewing angle, it also delivers a greater dynamic range, and a wider colour range over its predecessor. This enhances your view of side-by-side, colour compare, and all images.
Dynamic Heart ModelA.I.
Cardiology quantification designed to increase confidence Philips HeartModelA.I. is a 3D tool that provides robust, reproducible ejection fraction (EF) in seconds as part of a routine workflow. Dynamic HeartModelA.I. shows moving contours for left ventricle (LV) and left atrium (LA) volumes. It also brings new measurements including LV Mass and indices. Dynamic HeartModelA.I. now allows multi-beat analysis enabling quantification of patients who may be in arrhythmias. 78% of clinicians1 who saw the new EPIQ CVx perceived it as able to drive improved diagnostic confidence due to improved image quality, advanced
TrueVue
3D photorealistic rendering with virtual light source For improved visualisation of cardiac anatomy in the transthoracic and transesophageal echo, Philips cardiology TrueVue with its virtual light source makes it simpler to visualise the location of defects and comprehend depth within the structures. 90% of clinicians5 who saw the new Philips EPIQ CVx felt that the new TrueVue 3D photorealistic rendering provided improved viewing of anatomical structures, thus increasing clinical confidence.
X5-1
Our proven
X8-2t
Designed for next-generation Live 3D TEE The acoustic design of the Philips X8-2t Live 3D transesophageal transducer provides higher frequencies and bandwidth for increased resolution and tissue filling in 2D and Live 3D. It brings true one-beat acquisitions and our highest volume rates in Live 3D and Live 3D colour flow without compromise to image quality. Its handle is designed with a real-time configurable function button allowing for additional functionality while imaging.
nSight
Built to get more from every beam Philips pioneered advanced technologies such as xMATRIX and PureWave. The revolutionary
Advancing echo guidance for interventional cardiac procedures
The EPIQ CVx brings new levels of performance to cardiac devices
The dedicated EPIQ CVxi for the cath lab with the new integrated EchoNavigatorA.I., gives you in addition control of live fusion imaging directly from the system, streamlining communication between the echocardiographer and the interventional cardiologist.
New EchoNavigatorA.I. with EPIQ CVxi
Built for better understanding To enhance your comprehension of anatomical structures, catheters and devices location during interventional cardiac procedures, the Philips EPIQ CVxi enables multimodality decision support. The new integrated EchoNavigatorA.I. provides real time fusion of live ultrasound and live X-ray images, navigation and automatic cardiac landmarks positioning with anatomical intelligence (A.I.) modelling.
TrueVue
Photorealistic rendering built for collaborative intervention suites For better visualisation of interventional devices, Philips cardiology TrueVue, with its virtual light source, is a proprietary and advanced 3D ultrasound display method. TrueVue makes it simpler to visualise the location of catheters and devices by providing images with tissue detail and depth perception. Since it offers a viewing context for the echo images, caregivers in the interventional suite can rely on support when communicating complicated echo images and enhance their procedural confidence. 90% of clinicians5 who saw the new Philips EPIQ CVx felt the new TrueVue 3D photorealistic rendering improved viewing of anatomical structures thus increasing clinical confidence2.
MultiVue
Designed for informative images During an interventional procedure, MultiVue on the Philips EPIQ CVx provides you with one-click cropping of Live 3D
OLED Monitor
A screen built to be seen
The 22-inch, 2nd generation OLED monitor on the Philips EPIQ CVx gives you an image 38% larger than traditional ultrasound image with no loss of resolution. As well as a 180° viewing angle, it also delivers a greater dynamic range, and a wider colour range over its predecessor. This enhances your view of side-by-side, colour compare, xPlane, Live 3D, and MPRs even in bright environments like the cath lab.
Cardiology UI
A user interface designed for cardiovascular challenges To keep your most-used controls where you want them, the Philips EPIQ CVx has a user-configurable layout of the controls you’ve told us are most meaningful to you, and a tablet-like interface, letting you pinch, zoom and rotate even your 3D datasets. 86% of clinicians4 who saw the new EPIQ CVx thought that the new cardiac user interface would help make
X8-2t
Designed for next-generation Live 3D TEE The acoustic design of the Philips X8-2t Live 3D transesophageal transducer provides higher frequencies and bandwidth for increased resolution and tissue filling in 2D and Live 3D. It brings true one-beat acquisitions and our highest volume rates in Live 3D and
Advancing echo for paediatric cardiology
The Philips EPIQ CVx builds on a long tradition of innovative firsts in paediatric cardiology with the addition of many dedicated paediatric cardiology innovations like the Philips S9-2 transducer - a dedicated paediatric PureWave 2D TTE transducer - as well as a one-button coronary sub-mode, and an innovative 3D photo-realistic image rendering. The EPIQ CVx boasts a wide range of 2D and 3D transthoracic and transesophageal transducers for use from foetal to neonates to paediatrics to an adult congenital patient population.
S9-2
PureWave transducer built for paediatrics cardiology The Philips PureWave S9-2 transducer allows you to visualise extraordinary levels of detail and contrast resolution with exceptional penetration at higher frequencies through ultra-wide bandwidth and
Coronary sub-mode
Designed for easy and fast evaluation of the coronary arteries With the Philips EPIQ CVx's one-button coronary sub-mode – now on many cardiology transducers – 92% of clinicians6 who see paediatric patients and saw the new EPIQ CVx thought they would be able to detect disease states such as
Cardiology UI
A user interface customisable for paediatric cardiology challenges To keep your most-used controls where you want them, the Philips EPIQ CVx has a user-configurable layout of the controls you’ve told us are most meaningful to you. The result is more time to focus on patients, increased confidence in complete studies, less focus on requirements, less repetitive motion and less stress.
OLED Monitor
A screen built to be seen The 22-inch, 2nd generation OLED monitor on the Philips EPIQ CVx gives you an image 38% larger than traditional ultrasound images with no loss of resolution. As well as a 180° viewing angle, it also delivers a greater dynamic range, and a wider colour range over its predecessor. This enhances your view of side-by-side, colour compare, xPlane, Live 3D, MPRs and stress echo images.
TrueVue
Photorealistic rendering built for collaborative intervention suites
For better visualisation of interventional devices, Philips Cardiac TrueVue, with its virtual light source, is a proprietary and advanced 3D ultrasound display method. TrueVue makes it simpler to visualise the location of catheters and devices by providing images with tissue detail and depth perception. 90% of clinicians5 who saw the Philips EPIQ CVx felt the new TrueVue 3D photorealistic rendering improved viewing of anatomical structures thus increasing clinical confidence2 .
Foetal Echo
Superb imaging details for The Philips eL18-4 PureWave transducer provides superb 2D detail resolution, along with the penetration needed for diagnostic confidence in first and
MicroTEE S8-3t
2D TTE for your tiniest patients The revolutionary size of the Philips multiplane
Learn more now
Interested in how the next level of performance for echocardiography could help you reach your goals?
Our solutions
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EPIQ CVx
EPIQ CVx es una solución exclusiva para ultrasonidos cardiovasculares, la cual presenta avances significativos en la funcionalidad. Esto le permitirá brindar una mejor atención a través de una mayor potencia de procesamiento, imágenes excepcionales con más claridad y nitidez, mejor eficiencia de los exámenes y una nueva cuantificación AIUS robusta y reproducible.
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