CVx Ultrasound platform
For new systems and upgrades

The next AI dimension in echocardiography

Philips industry-leading [1] 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. Now, the new Transcend Plus release brings a new level of image quality, AI assistance and automation to your echocardiography exams and procedures.

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Transcend today’s limitations

Transcend unnecessary variability with AI-enabled consistency in image acquisition and interpretation

Transcend clinical complexity with advanced innovation that helps you serve more patients with precision

Transcend tedious tasks with efﬁcient automation of repetitive, mundane tasks and AI-driven features

Demonstrated results in echo

35%

smaller tip²

The Philips X-11-4t mini 3d TEE transducer’s small tip helps you extend the life-saving potential of 3D images to pediatric patients and older adults, and everyone in between.

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 echo image 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.

Innovation that drives better care for more people

Philips CVx ultrasound systems are built on an innovative, modular, industry-leading ultrasound platform.

AI-driven protocols reduce variability and improve reproducibility. [3,4,5,6] Automation eliminates the need for certain manual tasks

resulting in fewer potential mistakes.

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. With the X11-4t mini 3D TEE, patients may need less anesthesia so you can simplify the TEE workflow.

Heart function, echo AI application interface

Quantitatively assess mitral valve leakage

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.

Efficiently assess heart function

AutoStrain, Segmental Wall Motion and SmartView Select aid assessment of heart function. AutoStrain analyzes left ventricular function. Segmental Wall Motion detects borders and aids LV impairment assessment. SmartView Select seeks and identifies images to use in applications such as Strain or EF.

Ultrasound, application, ai, cfq, color flow quantification

Reduce measurement time by 50%

AI-powered Auto Measure delivers fast and consistent Doppler and 2D measurements without the need for EKG and in half the time of manual methods. It is designed to help clinicians increase reproducibility, save time, and standardize measurements across different conditions and levels of experience.

Strain, EF, AI software application interface

Automate EF analysis

2D Auto EF and AI-based 2D Auto EF Advanced support automatic EF analysis for routine and technically difficult cases as part of everyday echo workflow. 2D Auto EF is for non-contrast studies, while 2D Auto EF Advanced supports both contrast and non-contrast studies.

Segmental wall motion score, ai software application interface

Highlight areas of importance

The 3D Markers for SHD tool enables marking and annotating up to six 3D and multiplanar (MPR) regions of interest, with simultaneous placement and visualization. 3D Markers for SHD supports therapy planning, intraprocedural guidance and communication with the heart care team.

Obtain accurate TV annulus measurements

The semiautomated 3D Tricuspid Valve quantification tool (3D Auto TV) provides 14 3D measurements of the tricuspid valve annulus anatomy in a complete heart cycle to support fast and accurate clinical evaluation.

“The tricuspid valve automatic quantification of the annulus is going to make my life much easier.”

Dr. Rebecca Hahn

Professor of Medicine

Columbia University Irving MedicalCenter
“The introduction of the X11-4t mini 3D TOE (TEE) probe has revolutionized our practice.”

Dr. John Simpson

Professor of Fetal and Pediatric Cardiology

Evelina Children’s Hospital

Footnotes

[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.