Philips CV Ultrasound platform - Philips Healthcare (2024)

CVx Ultrasound platform
For new systems and upgrades

Philips industry-leading1 Cardiovascular ultrasound platform, built with powerful AI-based capabilities, propels echo into the next dimension: one that enables you to achieve greater consistency, accessible innovation, smarter workflows and easier scalability. Click below to connect with your sales rep.

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Philips CV Ultrasound platform - Philips Healthcare (1)

Transcend today’s limitations

Transcend unnecessary variability with AI-enabled consistency

Transcend clinical complexity with advanced innovation

Transcend tedious tasks with efficient automation

Demonstrated dose reduction in clinical studies

35%

smaller tip2

51%

reduction in quantification time3

Auto Measure reduced quantification time by 51% as demonstrated with the X5-1 transducer.

82%

faster image acquisition and analysis4

3D echoimage acquisition and analysis using HeartModel was 82% faster in the fully automated mode and 63% faster with manual editing compared with using multiple 2DE views for volume measurements.

Philips CV Ultrasound platform - Philips Healthcare (2)

It fits right

When navigating narrow spaces and complex cases, the Philips X11-4t mini 3D TEE fits right, giving you the room, reach and angles to help diagnose and treat more patients. It delivers 3D images and interfaces with the Philips ultrasound portfolio, using the familiar controls of popular Philips transducers. With the X11-4t mini 3D TEE, patients may need less anesthesia so you can simplify the TEE workflow. And it is all delivered with the ease you know and the legacy you trust from Philips.

Philips CV Ultrasound platform - Philips Healthcare (3)

AI-enabled consistency

AI-driven protocols reduce variability user-to-user and improve reproducibility scan-to-scan.3, 4, 5, 6 Automation eliminates the need for certain manual tasks resulting in fewer potential mistakes. The consistent user interface across the EPIQ CVx and Affiniti CVx platforms reduces complexity and facilitates adoption and training.

Philips CV Ultrasound platform - Philips Healthcare (4)

Advanced innovation

Gain greater clinical confidence in everyday and complex cases with enhanced, superb image quality; AI-assisted features and tools that automate and quantify; and new, advanced measurements including 3D Auto TV*, 3D Auto CFQ*, Dynamic Heart Model and Automated Segmental Wall Motion Scoring.7 Serve more patients with more precision with VeriSight Pro* catheter and the X11-4t mini 3D TEE and X8-2t transducers.

Philips CV Ultrasound platform - Philips Healthcare (5)

Efficient automation

Simplify everyday echo exams with more efficient procedures and fewer manual steps through automation of repetitive, mundane tasks and AI-driven features such as Auto Measure, Auto Strain, 3D Auto TV and 3D Auto CFQ.3, 4, 8, 9, 10 Easy-to-use software tools reduce rework and recall settings ease switching between ICE catheters and TEE transducers.

Philips CV Ultrasound platform - Philips Healthcare (6)

Flexible scalability

With one interface and one common set of controls across most Philips devices, clinicians can work anywhere with confidence. Health systems experience easier system adoption, training and fleet management, with the flexibility to grow with any combination of EPIQ and Affiniti systems. Ultrasound Workspace, built on the foundation of the TOMTEC-ARENA platform, offers a highly scalable technology platform and licensing model.

Philips CV Ultrasound platform - Philips Healthcare (7)

3D Automated Color Flow Quantification

AI-powered 3D Automated Color Flow Quantification (3D Auto CFQ) measures mitral valve regurgitant volume (MV RVol) and peak flow rate from 3D color flow images acquired during transesophageal echocardiography (TEE) exams, providing a quantitative assessment of mitral valve leakage during systole.

Philips CV Ultrasound platform - Philips Healthcare (8)

SmartView Select

SmartView Select AI-based technology is designed to “run behind the scenes” while a clinician is capturing images. It seeks and identifies the effective images to use in certain applications such as Strain or EF, as needed by the user. This helps reduce the variability associated with manual view selection and visual analysis of cardiac ultrasound images.

Philips CV Ultrasound platform - Philips Healthcare (9)

Segmental Wall Motion

Segmental Wall Motion is an AI-based software that automatically detects borders and uses all left ventricular (LV) segments to calculate a score that aids assessment of LV impairment.

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Footnotes

*VeriSight Pro is not available for sale in all markets
*3D Auto CFQ and 3D Auto TV are 510K pending
[1] Ultrasound Equipment World Market Report - 2023 Edition. Signify Research
[2] 35% smaller tip width when compared to Philips X8-2t
[3] The Auto Measure feature can reduce the quantification time by 51%. VM 9 claims document 270472A
[4] HeartModel Study (4522 991 17141) by Dr. Roberto Lang: Automated transthoracic three-dimensional echocardiographic quantification of the left heart chambers
[5]Conclusion: RT3DE yields accurate and reproducible RV volumes. The calculated percentile curves may facilitate the clinical use of RT3DE to analyze RV function in children. This study done with Philips 3D AutoRV. Laser, K. T., et al. (2018). "Validation and Reference Values for Three-Dimensional Echocardiographic Right Ventricular Volumetry in Children: A Multicenter Study." J Am Soc Echocardiogr 31(9): 1050-1063.
[6] Henry MP, et al., Three-Dimensional Transthoracic Static and Dynamic Normative Values of the Mitral Valve Apparatus: Results from the Multicenter World Alliance Societies of Echocardiography Study. J Am Soc Echocardiogr. 2022 Jul;35(7):738-751.e1. doi: 10.1016/j.echo.2022.02.010. Epub 2022 Mar 1. PMID: 35245668; PMCID: PMC10257802
[7] AutoStrain, AutoMeasure, EchoNavigator, 3D Auto MV, 3D Auto RV, HeartModel as compared to equivalent manual methodology.
[8] The AutoSTRAIN application utilizes two automation technologies: Auto View Recognition and Auto Contour Placement. While the implementation of these automation tools drives simple, fast workflow for robust and reproducible GLS measurements, the user retains the ability to edit and override the automation to facilitate good clinical practice. AutoSTRAIN – automated global longitudinal strain (GLS) measurement, Verena Roediger, PhD. PM, TOMTEC/Philips White Paper. Printed in The Netherlands. 4522 991 45791 * FEB 2019.
[9] After performing 10 echo exams with the Compact 5500 system there was 80% agreement that the AutoStrain LV application was fast and easy to use. 275264C_Protego Claims List for Marketing Communications and 277399 Protego User Preference
[10]Reduce your 2D diagnostic echo exam time by 20% by incorporating Philips automated solutions into your everyday echo. 270472_VMQ9.0 Claims Evidence Report

Philips CV Ultrasound platform - Philips Healthcare (2024)

FAQs

Where is Philips ultrasound manufactured? ›

Healthcare Innovation Centre (HIC) Pune is one of the global Philips' facilities devoted to multi-modality healthcare manufacturing showcasing best in class lean, innovation, and operational excellence.

How much is the Philips Affini ultrasound? ›

According to our pricing database the average cost for a Philips Affiniti 70 is $31,132, which is based on the asking price found via 102 samples sources.

How do I change the time on my Philips ultrasound machine? ›

Press the POWER button to switch the device to Standby mode when it is in active mode. Press and hold the TIME SET/AUTO SCAN button until the hour digits are displayed and begin to blink. Press the TUNING +/- buttons to set the hour. Press the TIME SET/AUTO SCAN button to confirm.

What transducer is used to scan the heart Philips? ›

Cardiovascular ultrasound has played a key role in the evolution of early diagnosis of structural heart disease, led by a technology pioneered by Philips: the 'transesophageal echocardiography' (TEE) ultrasound transducer.

Where is Philips located in the USA? ›

Philips Healthcare is headquartered in both Best, Netherlands (near Eindhoven) and Andover, Massachusetts, United States (near Boston).

Why are ultrasound devices so expensive? ›

It takes a lot of talented people to improve on old technology and make it better. Teams of engineers' tweak and fine tune the ultrasound machines to make them more practical, smaller, and easier to use. The hardware and software that power a standard ultrasound machine comes with its own costs.

What is the cost of Philips Affiniti 30 ultrasound machine? ›

Philips Affiniti 30 Ultrasound Machine at Rs 1700000 in New Delhi | ID: 23088912412.

How expensive is an ultrasound machine? ›

Here are the price ranges for each segment: Entry-level ($) ultrasounds $15,000 - $35,000. Mid-range ($$) ultrasounds $35,000 - $50,000.

How long should an ultrasound machine last? ›

According to industry experts, on average, ultrasound machines should be replaced every 5-7 years1. Knowing that an ultrasound system typically lasts 5-7 years can be instrumental when purchasing a new machine.

How often should ultrasound be calibrated? ›

Did you know that all ultrasounds should be calibrated at least once per year, and that many manufacturers recommend calibration every six months?

What needs to be adjusted before imaging on your ultrasound machine? ›

To capture the best image possible, adjust the frequency setting and use the highest possible frequency setting that allows you to see the anatomy you're viewing. Most manufacturers offer a software feature that automatically optimizes the gain and overall contrast of the image.

What type of transducer is used for breast? ›

High-quality breast ultrasonography requires the use of high-frequency trans- ducers. The same mass (arrows) is imaged using 9-MHz (A) and 12-MHz (B) transducers. The higher frequency (12 MHz) transducer results in better detail of the mass and the surrounding breast parenchyma.

What is the most commonly used in ultrasound transducer? ›

Below we list the three most common ultrasound transducer types – linear, convex (standard or micro-convex), and phased array. Furthermore, we included other transducers that are available on the market, those are pencil and endocavitary probes.

Where is the ultrasound transducer placed? ›

Ultrasound images are displayed in either 2D, 3D, or 4D (which is 3D in motion). The ultrasound probe (transducer) is placed over the carotid artery (top).

Where are Philips medical devices manufactured? ›

Manufacturing is a driving force in our business. As a healthcare company, we are committed to meaningful innovation and creating some of the most groundbreaking products in health technology today. With several sites in North America –Pittsburgh and Reedsville, PA; Carlsbad, CA.

Where is Philips company made? ›

Philips & Co was founded in 1891 in Eindhoven, the Netherlands, by Frederik Philips and his son, Gerard.

What is the best brand of ultrasound? ›

Discover the top-selling ultrasound machines making waves in the Indian market. Models like the GE Logiq E9, Philips Affiniti 70, and Siemens Acuson NX3 are renowned for their advanced features, imaging capabilities, and reliability, making them the preferred choices among medical professionals.

What company makes the butterfly ultrasound? ›

Butterfly iQ+ is the world's first handheld, single-probe, complete body ultrasound system manufactured by Butterfly Network.

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