Affiniti CVx
Next dimension in echocardiography
Affiniti CVx
Next dimension in echocardiography
Affiniti CVx, built on the Philips innovative cardiovascular ultrasound platform, has powerful AI-based capabilities to help you transcend today's complexities and propel echocardiography into the next dimension. Affiniti CVx offers smart features to enable you to achieve greater consistency, accessible innovation, smarter workflows and easier scalability. This is all on one familiar, industry-leading platform so you can act and decide with the ease you know and the legacy you trust.
Clinical image gallery
- S5-1 transducer PLAX with Image Boost
- Affiniti CVx xPlane
- Affiniti CVx X5-1 PLAX Dilated LV and LA
- Affiniti CVx X5-1 AutoStrain
- Affiniti CVx clinical image vascular
- Affiniti CVx X5-1 Live 3D MPRs
- Affiniti CVx X5-1 PLAX AS Dilated Aorta
- Affiniti CVx SWM
- Affiniti CVx X8-2t 4 chamber color flow mitral regurgitation
- Affiniti CVx X8-2t Live 3D SAX Aortic Valve
- Affiniti CVx X5-1 PSAX Pulmonary Insufficient
- Affiniti CVx X5-1 PLAX Mitral Regurgitation
- Affiniti CVx Doppler
- Affiniti CVx X5-1 Tissue Doppler
- Affiniti CVx X7-2t
- Affiniti CVx X8-2t Transgastric SAX
- Affiniti CVx X5-1 DHM
- Affiniti CVx X8-2t SAX Aortic Valve
- Affiniti CVx Midlayer AutoStrain
- Affiniti CVx X5-1 Live 3D
Features
AutoStrain LV with automated EF and mid-layer strain
AutoStrain delivers fast, reproducible 2D strain quantification for the LV, LA, and RV, as well as automated EF and mid-layer strain for a comprehensive LV assessment within the same application, improving workflow and saving time. Smart View Select works in the background and uses AI to automatically select the optimum images for 2D LV assessment.
2D Auto EF and 2D Auto EF Advanced
Offers fast, reproducible results for easy comparison of LV functional data to improve workflow and save time in LV assessments. 2D Auto EF supports non-contrast images, and 2D Auto EF Advanced uses AI to support the quantification of contrast and non-contrast images.
3D Markers
Graphic markers can be placed within a 3D Volume or MPR while in MultiVue to streamline tracking of structural points of interest. 3D Markers facilitate greater efficiency during echo-guided procedures and allow for detailed annotation of complex anatomy.
Specifications
- System dimensions
- Width
- 57.2 cm
- Height
- 142.2-162.6 cm
- Depth
- 98.3 cm
- Weight
- 83.6 kg
- Control panel
- Monitor size
- 54.6 cm
- Degrees of movement
- 180 degrees
- Height adjustment
- 20.3 cm
Related products
- EPIQ CVx, our premium cardiovascular ultrasound system built on our innovative, modular, industry-leading ultrasound platform, has powerful AI-based capabilities and advanced diagnostic solutions to help you transcend today's complexities and propel echocardiography into the next dimension. This enables you to achieve greater consistency, accessible innovation, smarter workflows, and easier scalability.
- EPIQ CVxi is a new direction for interventional echo guidance, featuring a premium level of clinical performance across a wide range of patients and interventional procedures to meet the challenges of today’s demanding practices. It enables the visualization and the control of the new EchoNavigator, directly on the system, providing a new streamlined workflow experience of live fusion imaging.
- Ultrasound Workspace is a holistic, scalable, cardiovascular viewing, analysis and reporting system which is built on the foundation of the TOMTEC-ARENA platform. It allows for top-notch clinical efficiency by providing care teams with workflow flexibility: enabling the same diagnostic capabilities on- and off-cart; analyzing vendor-agnostic data; leveraging AI across a wide range of applications; with a highly scalable technology platform and licensing model; and tailored comprehensive support.
Disclaimer
Affiniti CVx is available in selected countries. Please consult your Philips representative for further details.
*2020 IMV ServiceTrak™ Imaging Award winner for best ultrasound customer satisfaction, system performance and service.