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. The S5-1 and X5-1 transducers provide outstanding image quality for imaging all types of patients, even technically difficult patients. 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.
Κάνοντας κλικ στον σύνδεσμο, θα φύγετε από τον επίσημο ιστότοπο της Philips Electronics Ltd. ("Philips"). Τυχόν σύνδεσμοι προς ιστότοπους τρίτων που ενδέχεται να εμφανίζονται σε αυτόν τον ιστότοπο παρέχονται μόνο για τη διευκόλυνσή σας και σε καμία περίπτωση δεν αντιπροσωπεύουν οποιαδήποτε σχέση ή έγκριση των πληροφοριών που παρέχονται σε αυτούς τους συνδεδεμένους ιστότοπους. Η Philips δεν προβαίνει σε δηλώσεις ή εγγυήσεις κανενός είδους σχετικά με ιστότοπους τρίτων ή τις πληροφορίες που περιέχονται σε αυτούς.
Affiniti CVx: AutoStrain LV with automated EF and mid-layer strain
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.
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.
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.
Affiniti CVx: AutoStrain LV with automated EF and mid-layer strain
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.
Affiniti CVx: 2D Auto EF and 2D Auto EF Advanced
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.
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.
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.
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.
Auto Segmental Wall Motion Scoring
Auto Segmental Wall Motion Scoring
Provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment. With Auto SWMS, you can achieve greater reproducibility and efficiency in your workflows.
Auto Segmental Wall Motion Scoring
Provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment. With Auto SWMS, you can achieve greater reproducibility and efficiency in your workflows.
Auto Segmental Wall Motion Scoring
Provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment. With Auto SWMS, you can achieve greater reproducibility and efficiency in your workflows.
Provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment. With Auto SWMS, you can achieve greater reproducibility and efficiency in your workflows.
S5-1 PureWave Transducer
S5-1 PureWave Transducer
The S5-1 transducer with PureWave crystal technology generates extended operating frequency range from 5 to 1 MHz. It supports imaging in 2D, contrast mode, coronary color, CW & PW Doppler, steerable pulsed wave, High-PRF, color doppler, tissue doppler and biopsy guide capabilities. It uses reoptimized xRes adaptive image processing to provide refined tissue pattern displays, with improved details, better edges and fine border definition. It supports adult echo, abdominal, pediatric echo and TCD applications.
S5-1 PureWave Transducer
The S5-1 transducer with PureWave crystal technology generates extended operating frequency range from 5 to 1 MHz. It supports imaging in 2D, contrast mode, coronary color, CW & PW Doppler, steerable pulsed wave, High-PRF, color doppler, tissue doppler and biopsy guide capabilities. It uses reoptimized xRes adaptive image processing to provide refined tissue pattern displays, with improved details, better edges and fine border definition. It supports adult echo, abdominal, pediatric echo and TCD applications.
S5-1 PureWave Transducer
The S5-1 transducer with PureWave crystal technology generates extended operating frequency range from 5 to 1 MHz. It supports imaging in 2D, contrast mode, coronary color, CW & PW Doppler, steerable pulsed wave, High-PRF, color doppler, tissue doppler and biopsy guide capabilities. It uses reoptimized xRes adaptive image processing to provide refined tissue pattern displays, with improved details, better edges and fine border definition. It supports adult echo, abdominal, pediatric echo and TCD applications.
The S5-1 transducer with PureWave crystal technology generates extended operating frequency range from 5 to 1 MHz. It supports imaging in 2D, contrast mode, coronary color, CW & PW Doppler, steerable pulsed wave, High-PRF, color doppler, tissue doppler and biopsy guide capabilities. It uses reoptimized xRes adaptive image processing to provide refined tissue pattern displays, with improved details, better edges and fine border definition. It supports adult echo, abdominal, pediatric echo and TCD applications.
X5-1 xMatrix transducer
X5-1 xMatrix transducer
Our most leading-edge, versatile ultrasound transducer technology provides remarkable 2D and 3D TTE image quality with xPlane and iRotate capabilities. Designed to simplify your imaging workflow for even difficult-to-image patients.
X5-1 xMatrix transducer
Our most leading-edge, versatile ultrasound transducer technology provides remarkable 2D and 3D TTE image quality with xPlane and iRotate capabilities. Designed to simplify your imaging workflow for even difficult-to-image patients.
X5-1 xMatrix transducer
Our most leading-edge, versatile ultrasound transducer technology provides remarkable 2D and 3D TTE image quality with xPlane and iRotate capabilities. Designed to simplify your imaging workflow for even difficult-to-image patients.
Our most leading-edge, versatile ultrasound transducer technology provides remarkable 2D and 3D TTE image quality with xPlane and iRotate capabilities. Designed to simplify your imaging workflow for even difficult-to-image patients.
Dynamic HeartModel
Dynamic HeartModel
Dynamic HeartModel brings fully automated, advanced live 3D quantification. With one button press you can get 3D EF, LV and LA quantification from the same cycle .
Dynamic HeartModel
Dynamic HeartModel brings fully automated, advanced live 3D quantification. With one button press you can get 3D EF, LV and LA quantification from the same cycle .
Dynamic HeartModel
Dynamic HeartModel brings fully automated, advanced live 3D quantification. With one button press you can get 3D EF, LV and LA quantification from the same cycle .
Dynamic HeartModel brings fully automated, advanced live 3D quantification. With one button press you can get 3D EF, LV and LA quantification from the same cycle .
Affiniti CVx: 3D Markers
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.
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.
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.
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.
Affiniti CVx: Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides fully automated 2D doppler and length measurements along with AI assisted Smart (Doppler) View ID which further enhances time-savings. AI provides full functionality without EKG.
Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides fully automated 2D doppler and length measurements along with AI assisted Smart (Doppler) View ID which further enhances time-savings. AI provides full functionality without EKG.
Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides fully automated 2D doppler and length measurements along with AI assisted Smart (Doppler) View ID which further enhances time-savings. AI provides full functionality without EKG.
Affiniti CVx: Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides fully automated 2D doppler and length measurements along with AI assisted Smart (Doppler) View ID which further enhances time-savings. AI provides full functionality without EKG.
iRotate to easily access an optimal view
iRotate to easily access an optimal view
Electronically access the optimum view within the acoustical window between ribs instead of manually rotating the transducer to search for an unobscured window. This can increase accuracy in measuring LV volumes because the image is less likely to be foreshortened.
iRotate to easily access an optimal view
Electronically access the optimum view within the acoustical window between ribs instead of manually rotating the transducer to search for an unobscured window. This can increase accuracy in measuring LV volumes because the image is less likely to be foreshortened.
iRotate to easily access an optimal view
Electronically access the optimum view within the acoustical window between ribs instead of manually rotating the transducer to search for an unobscured window. This can increase accuracy in measuring LV volumes because the image is less likely to be foreshortened.
Electronically access the optimum view within the acoustical window between ribs instead of manually rotating the transducer to search for an unobscured window. This can increase accuracy in measuring LV volumes because the image is less likely to be foreshortened.
Next-generation TEE imaging
Next-generation TEE imaging
The xMatrix X8-2t transducer brings exceptional image quality and confidence to TEE imaging. Live 3D and Live 3D color flow, together with latest capabilities such as xPlane Doppler and MultiVue, help you to make a confident diagnosis in even the most complex cases.
Next-generation TEE imaging
The xMatrix X8-2t transducer brings exceptional image quality and confidence to TEE imaging. Live 3D and Live 3D color flow, together with latest capabilities such as xPlane Doppler and MultiVue, help you to make a confident diagnosis in even the most complex cases.
Next-generation TEE imaging
The xMatrix X8-2t transducer brings exceptional image quality and confidence to TEE imaging. Live 3D and Live 3D color flow, together with latest capabilities such as xPlane Doppler and MultiVue, help you to make a confident diagnosis in even the most complex cases.
The xMatrix X8-2t transducer brings exceptional image quality and confidence to TEE imaging. Live 3D and Live 3D color flow, together with latest capabilities such as xPlane Doppler and MultiVue, help you to make a confident diagnosis in even the most complex cases.
Collaboration Live for tele-ultrasound
Collaboration Live for tele-ultrasound
Now your ultrasound system can do more than scan. Collaboration Live allows you to reach out directly from the ultrasound system for real-time access to remote senior expertise. Collaboration Live with multi-party lets you connect up to six participants in a call. You can even connect system to system so you can give and get support from your colleagues during an ultrasound exam.
Collaboration Live for tele-ultrasound
Now your ultrasound system can do more than scan. Collaboration Live allows you to reach out directly from the ultrasound system for real-time access to remote senior expertise. Collaboration Live with multi-party lets you connect up to six participants in a call. You can even connect system to system so you can give and get support from your colleagues during an ultrasound exam.
Collaboration Live for tele-ultrasound
Now your ultrasound system can do more than scan. Collaboration Live allows you to reach out directly from the ultrasound system for real-time access to remote senior expertise. Collaboration Live with multi-party lets you connect up to six participants in a call. You can even connect system to system so you can give and get support from your colleagues during an ultrasound exam.
Now your ultrasound system can do more than scan. Collaboration Live allows you to reach out directly from the ultrasound system for real-time access to remote senior expertise. Collaboration Live with multi-party lets you connect up to six participants in a call. You can even connect system to system so you can give and get support from your colleagues during an ultrasound exam.
Experience echo workflow with Ultrasound Workspace
Experience echo workflow with Ultrasound Workspace
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.
Experience echo workflow with Ultrasound Workspace
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.
Experience echo workflow with Ultrasound Workspace
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.
Experience echo workflow with Ultrasound Workspace
Experience echo workflow with Ultrasound Workspace
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.
Exceptional advances for pediatric imaging
Exceptional advances for pediatric imaging
From fetal echo to pediatrics to adult congenital patients, Affiniti CVx offers a depth of imaging capability combined with streamlined cardiac workflow to reduce the steps and time needed for challenging exams such as TTE and TEE.
Exceptional advances for pediatric imaging
From fetal echo to pediatrics to adult congenital patients, Affiniti CVx offers a depth of imaging capability combined with streamlined cardiac workflow to reduce the steps and time needed for challenging exams such as TTE and TEE.
Exceptional advances for pediatric imaging
From fetal echo to pediatrics to adult congenital patients, Affiniti CVx offers a depth of imaging capability combined with streamlined cardiac workflow to reduce the steps and time needed for challenging exams such as TTE and TEE.
From fetal echo to pediatrics to adult congenital patients, Affiniti CVx offers a depth of imaging capability combined with streamlined cardiac workflow to reduce the steps and time needed for challenging exams such as TTE and TEE.
Elevated vascular assessment
Elevated vascular assessment
The lightweight L12-3 ERGO transducer provides superb detail and resolution including MicroFlow Imaging for remarkable sensitivity in assessing blood flow. The eL18-4 transducer provides thin-slice imaging for exceptional tissue uniformity from near to far depth of field across a wide range of applications and depth requirements.
Elevated vascular assessment
The lightweight L12-3 ERGO transducer provides superb detail and resolution including MicroFlow Imaging for remarkable sensitivity in assessing blood flow. The eL18-4 transducer provides thin-slice imaging for exceptional tissue uniformity from near to far depth of field across a wide range of applications and depth requirements.
Elevated vascular assessment
The lightweight L12-3 ERGO transducer provides superb detail and resolution including MicroFlow Imaging for remarkable sensitivity in assessing blood flow. The eL18-4 transducer provides thin-slice imaging for exceptional tissue uniformity from near to far depth of field across a wide range of applications and depth requirements.
The lightweight L12-3 ERGO transducer provides superb detail and resolution including MicroFlow Imaging for remarkable sensitivity in assessing blood flow. The eL18-4 transducer provides thin-slice imaging for exceptional tissue uniformity from near to far depth of field across a wide range of applications and depth requirements.
3D Auto MV for mitral valve quantification
3D Auto MV for mitral valve quantification
Analyze the complex anatomy of the mitral valve in 3D as well as its dynamic mechanics. This is useful from the initial discovery of mitral valve disease or pathology to support device planning, and through monitoring of pre- and postoperative cases.
3D Auto MV for mitral valve quantification
Analyze the complex anatomy of the mitral valve in 3D as well as its dynamic mechanics. This is useful from the initial discovery of mitral valve disease or pathology to support device planning, and through monitoring of pre- and postoperative cases.
3D Auto MV for mitral valve quantification
Analyze the complex anatomy of the mitral valve in 3D as well as its dynamic mechanics. This is useful from the initial discovery of mitral valve disease or pathology to support device planning, and through monitoring of pre- and postoperative cases.
Analyze the complex anatomy of the mitral valve in 3D as well as its dynamic mechanics. This is useful from the initial discovery of mitral valve disease or pathology to support device planning, and through monitoring of pre- and postoperative cases.
3D Auto LAA for left atrial appedage sizing
3D Auto LAA for left atrial appedage sizing
Acquire the LAA ostium size quickly and easily. Automation reduces inter- or intra-user variability, increasing confidence during procedures.
3D Auto LAA for left atrial appedage sizing
Acquire the LAA ostium size quickly and easily. Automation reduces inter- or intra-user variability, increasing confidence during procedures.
3D Auto LAA for left atrial appedage sizing
Acquire the LAA ostium size quickly and easily. Automation reduces inter- or intra-user variability, increasing confidence during procedures.
Acquire the LAA ostium size quickly and easily. Automation reduces inter- or intra-user variability, increasing confidence during procedures.
Customizable cardiology-focused interface
Customizable cardiology-focused interface
Designed to optimize cardiac workflow, the interface delivers "walk-up usability" so that users can perform exams with minimal training. The interface can be configured to match your specific workflow, which means you can focus on the patient and images, rather than searching for controls.
Customizable cardiology-focused interface
Designed to optimize cardiac workflow, the interface delivers "walk-up usability" so that users can perform exams with minimal training. The interface can be configured to match your specific workflow, which means you can focus on the patient and images, rather than searching for controls.
Customizable cardiology-focused interface
Designed to optimize cardiac workflow, the interface delivers "walk-up usability" so that users can perform exams with minimal training. The interface can be configured to match your specific workflow, which means you can focus on the patient and images, rather than searching for controls.
Designed to optimize cardiac workflow, the interface delivers "walk-up usability" so that users can perform exams with minimal training. The interface can be configured to match your specific workflow, which means you can focus on the patient and images, rather than searching for controls.
Affiniti CVx: AutoStrain LV with automated EF and mid-layer strain
Affiniti CVx: AutoStrain LV with automated EF and mid-layer strain
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.
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.
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.
Affiniti CVx: AutoStrain LV with automated EF and mid-layer strain
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.
Affiniti CVx: 2D Auto EF and 2D Auto EF Advanced
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.
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.
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.
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.
Auto Segmental Wall Motion Scoring
Auto Segmental Wall Motion Scoring
Provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment. With Auto SWMS, you can achieve greater reproducibility and efficiency in your workflows.
Auto Segmental Wall Motion Scoring
Provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment. With Auto SWMS, you can achieve greater reproducibility and efficiency in your workflows.
Auto Segmental Wall Motion Scoring
Provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment. With Auto SWMS, you can achieve greater reproducibility and efficiency in your workflows.
Provides automated evaluation of wall motion in a standard 17-segment bullseye display to aid objective LV wall assessment. With Auto SWMS, you can achieve greater reproducibility and efficiency in your workflows.
S5-1 PureWave Transducer
S5-1 PureWave Transducer
The S5-1 transducer with PureWave crystal technology generates extended operating frequency range from 5 to 1 MHz. It supports imaging in 2D, contrast mode, coronary color, CW & PW Doppler, steerable pulsed wave, High-PRF, color doppler, tissue doppler and biopsy guide capabilities. It uses reoptimized xRes adaptive image processing to provide refined tissue pattern displays, with improved details, better edges and fine border definition. It supports adult echo, abdominal, pediatric echo and TCD applications.
S5-1 PureWave Transducer
The S5-1 transducer with PureWave crystal technology generates extended operating frequency range from 5 to 1 MHz. It supports imaging in 2D, contrast mode, coronary color, CW & PW Doppler, steerable pulsed wave, High-PRF, color doppler, tissue doppler and biopsy guide capabilities. It uses reoptimized xRes adaptive image processing to provide refined tissue pattern displays, with improved details, better edges and fine border definition. It supports adult echo, abdominal, pediatric echo and TCD applications.
S5-1 PureWave Transducer
The S5-1 transducer with PureWave crystal technology generates extended operating frequency range from 5 to 1 MHz. It supports imaging in 2D, contrast mode, coronary color, CW & PW Doppler, steerable pulsed wave, High-PRF, color doppler, tissue doppler and biopsy guide capabilities. It uses reoptimized xRes adaptive image processing to provide refined tissue pattern displays, with improved details, better edges and fine border definition. It supports adult echo, abdominal, pediatric echo and TCD applications.
The S5-1 transducer with PureWave crystal technology generates extended operating frequency range from 5 to 1 MHz. It supports imaging in 2D, contrast mode, coronary color, CW & PW Doppler, steerable pulsed wave, High-PRF, color doppler, tissue doppler and biopsy guide capabilities. It uses reoptimized xRes adaptive image processing to provide refined tissue pattern displays, with improved details, better edges and fine border definition. It supports adult echo, abdominal, pediatric echo and TCD applications.
X5-1 xMatrix transducer
X5-1 xMatrix transducer
Our most leading-edge, versatile ultrasound transducer technology provides remarkable 2D and 3D TTE image quality with xPlane and iRotate capabilities. Designed to simplify your imaging workflow for even difficult-to-image patients.
X5-1 xMatrix transducer
Our most leading-edge, versatile ultrasound transducer technology provides remarkable 2D and 3D TTE image quality with xPlane and iRotate capabilities. Designed to simplify your imaging workflow for even difficult-to-image patients.
X5-1 xMatrix transducer
Our most leading-edge, versatile ultrasound transducer technology provides remarkable 2D and 3D TTE image quality with xPlane and iRotate capabilities. Designed to simplify your imaging workflow for even difficult-to-image patients.
Our most leading-edge, versatile ultrasound transducer technology provides remarkable 2D and 3D TTE image quality with xPlane and iRotate capabilities. Designed to simplify your imaging workflow for even difficult-to-image patients.
Dynamic HeartModel
Dynamic HeartModel
Dynamic HeartModel brings fully automated, advanced live 3D quantification. With one button press you can get 3D EF, LV and LA quantification from the same cycle .
Dynamic HeartModel
Dynamic HeartModel brings fully automated, advanced live 3D quantification. With one button press you can get 3D EF, LV and LA quantification from the same cycle .
Dynamic HeartModel
Dynamic HeartModel brings fully automated, advanced live 3D quantification. With one button press you can get 3D EF, LV and LA quantification from the same cycle .
Dynamic HeartModel brings fully automated, advanced live 3D quantification. With one button press you can get 3D EF, LV and LA quantification from the same cycle .
Affiniti CVx: 3D Markers
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.
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.
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.
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.
Affiniti CVx: Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides fully automated 2D doppler and length measurements along with AI assisted Smart (Doppler) View ID which further enhances time-savings. AI provides full functionality without EKG.
Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides fully automated 2D doppler and length measurements along with AI assisted Smart (Doppler) View ID which further enhances time-savings. AI provides full functionality without EKG.
Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides fully automated 2D doppler and length measurements along with AI assisted Smart (Doppler) View ID which further enhances time-savings. AI provides full functionality without EKG.
Affiniti CVx: Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides automation for robust, proven, reproducible cardiac quantification
Auto Measure provides fully automated 2D doppler and length measurements along with AI assisted Smart (Doppler) View ID which further enhances time-savings. AI provides full functionality without EKG.
iRotate to easily access an optimal view
iRotate to easily access an optimal view
Electronically access the optimum view within the acoustical window between ribs instead of manually rotating the transducer to search for an unobscured window. This can increase accuracy in measuring LV volumes because the image is less likely to be foreshortened.
iRotate to easily access an optimal view
Electronically access the optimum view within the acoustical window between ribs instead of manually rotating the transducer to search for an unobscured window. This can increase accuracy in measuring LV volumes because the image is less likely to be foreshortened.
iRotate to easily access an optimal view
Electronically access the optimum view within the acoustical window between ribs instead of manually rotating the transducer to search for an unobscured window. This can increase accuracy in measuring LV volumes because the image is less likely to be foreshortened.
Electronically access the optimum view within the acoustical window between ribs instead of manually rotating the transducer to search for an unobscured window. This can increase accuracy in measuring LV volumes because the image is less likely to be foreshortened.
Next-generation TEE imaging
Next-generation TEE imaging
The xMatrix X8-2t transducer brings exceptional image quality and confidence to TEE imaging. Live 3D and Live 3D color flow, together with latest capabilities such as xPlane Doppler and MultiVue, help you to make a confident diagnosis in even the most complex cases.
Next-generation TEE imaging
The xMatrix X8-2t transducer brings exceptional image quality and confidence to TEE imaging. Live 3D and Live 3D color flow, together with latest capabilities such as xPlane Doppler and MultiVue, help you to make a confident diagnosis in even the most complex cases.
Next-generation TEE imaging
The xMatrix X8-2t transducer brings exceptional image quality and confidence to TEE imaging. Live 3D and Live 3D color flow, together with latest capabilities such as xPlane Doppler and MultiVue, help you to make a confident diagnosis in even the most complex cases.
The xMatrix X8-2t transducer brings exceptional image quality and confidence to TEE imaging. Live 3D and Live 3D color flow, together with latest capabilities such as xPlane Doppler and MultiVue, help you to make a confident diagnosis in even the most complex cases.
Collaboration Live for tele-ultrasound
Collaboration Live for tele-ultrasound
Now your ultrasound system can do more than scan. Collaboration Live allows you to reach out directly from the ultrasound system for real-time access to remote senior expertise. Collaboration Live with multi-party lets you connect up to six participants in a call. You can even connect system to system so you can give and get support from your colleagues during an ultrasound exam.
Collaboration Live for tele-ultrasound
Now your ultrasound system can do more than scan. Collaboration Live allows you to reach out directly from the ultrasound system for real-time access to remote senior expertise. Collaboration Live with multi-party lets you connect up to six participants in a call. You can even connect system to system so you can give and get support from your colleagues during an ultrasound exam.
Collaboration Live for tele-ultrasound
Now your ultrasound system can do more than scan. Collaboration Live allows you to reach out directly from the ultrasound system for real-time access to remote senior expertise. Collaboration Live with multi-party lets you connect up to six participants in a call. You can even connect system to system so you can give and get support from your colleagues during an ultrasound exam.
Now your ultrasound system can do more than scan. Collaboration Live allows you to reach out directly from the ultrasound system for real-time access to remote senior expertise. Collaboration Live with multi-party lets you connect up to six participants in a call. You can even connect system to system so you can give and get support from your colleagues during an ultrasound exam.
Experience echo workflow with Ultrasound Workspace
Experience echo workflow with Ultrasound Workspace
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.
Experience echo workflow with Ultrasound Workspace
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.
Experience echo workflow with Ultrasound Workspace
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.
Experience echo workflow with Ultrasound Workspace
Experience echo workflow with Ultrasound Workspace
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.
Exceptional advances for pediatric imaging
Exceptional advances for pediatric imaging
From fetal echo to pediatrics to adult congenital patients, Affiniti CVx offers a depth of imaging capability combined with streamlined cardiac workflow to reduce the steps and time needed for challenging exams such as TTE and TEE.
Exceptional advances for pediatric imaging
From fetal echo to pediatrics to adult congenital patients, Affiniti CVx offers a depth of imaging capability combined with streamlined cardiac workflow to reduce the steps and time needed for challenging exams such as TTE and TEE.
Exceptional advances for pediatric imaging
From fetal echo to pediatrics to adult congenital patients, Affiniti CVx offers a depth of imaging capability combined with streamlined cardiac workflow to reduce the steps and time needed for challenging exams such as TTE and TEE.
From fetal echo to pediatrics to adult congenital patients, Affiniti CVx offers a depth of imaging capability combined with streamlined cardiac workflow to reduce the steps and time needed for challenging exams such as TTE and TEE.
Elevated vascular assessment
Elevated vascular assessment
The lightweight L12-3 ERGO transducer provides superb detail and resolution including MicroFlow Imaging for remarkable sensitivity in assessing blood flow. The eL18-4 transducer provides thin-slice imaging for exceptional tissue uniformity from near to far depth of field across a wide range of applications and depth requirements.
Elevated vascular assessment
The lightweight L12-3 ERGO transducer provides superb detail and resolution including MicroFlow Imaging for remarkable sensitivity in assessing blood flow. The eL18-4 transducer provides thin-slice imaging for exceptional tissue uniformity from near to far depth of field across a wide range of applications and depth requirements.
Elevated vascular assessment
The lightweight L12-3 ERGO transducer provides superb detail and resolution including MicroFlow Imaging for remarkable sensitivity in assessing blood flow. The eL18-4 transducer provides thin-slice imaging for exceptional tissue uniformity from near to far depth of field across a wide range of applications and depth requirements.
The lightweight L12-3 ERGO transducer provides superb detail and resolution including MicroFlow Imaging for remarkable sensitivity in assessing blood flow. The eL18-4 transducer provides thin-slice imaging for exceptional tissue uniformity from near to far depth of field across a wide range of applications and depth requirements.
3D Auto MV for mitral valve quantification
3D Auto MV for mitral valve quantification
Analyze the complex anatomy of the mitral valve in 3D as well as its dynamic mechanics. This is useful from the initial discovery of mitral valve disease or pathology to support device planning, and through monitoring of pre- and postoperative cases.
3D Auto MV for mitral valve quantification
Analyze the complex anatomy of the mitral valve in 3D as well as its dynamic mechanics. This is useful from the initial discovery of mitral valve disease or pathology to support device planning, and through monitoring of pre- and postoperative cases.
3D Auto MV for mitral valve quantification
Analyze the complex anatomy of the mitral valve in 3D as well as its dynamic mechanics. This is useful from the initial discovery of mitral valve disease or pathology to support device planning, and through monitoring of pre- and postoperative cases.
Analyze the complex anatomy of the mitral valve in 3D as well as its dynamic mechanics. This is useful from the initial discovery of mitral valve disease or pathology to support device planning, and through monitoring of pre- and postoperative cases.
3D Auto LAA for left atrial appedage sizing
3D Auto LAA for left atrial appedage sizing
Acquire the LAA ostium size quickly and easily. Automation reduces inter- or intra-user variability, increasing confidence during procedures.
3D Auto LAA for left atrial appedage sizing
Acquire the LAA ostium size quickly and easily. Automation reduces inter- or intra-user variability, increasing confidence during procedures.
3D Auto LAA for left atrial appedage sizing
Acquire the LAA ostium size quickly and easily. Automation reduces inter- or intra-user variability, increasing confidence during procedures.
Acquire the LAA ostium size quickly and easily. Automation reduces inter- or intra-user variability, increasing confidence during procedures.
Customizable cardiology-focused interface
Customizable cardiology-focused interface
Designed to optimize cardiac workflow, the interface delivers "walk-up usability" so that users can perform exams with minimal training. The interface can be configured to match your specific workflow, which means you can focus on the patient and images, rather than searching for controls.
Customizable cardiology-focused interface
Designed to optimize cardiac workflow, the interface delivers "walk-up usability" so that users can perform exams with minimal training. The interface can be configured to match your specific workflow, which means you can focus on the patient and images, rather than searching for controls.
Customizable cardiology-focused interface
Designed to optimize cardiac workflow, the interface delivers "walk-up usability" so that users can perform exams with minimal training. The interface can be configured to match your specific workflow, which means you can focus on the patient and images, rather than searching for controls.
Designed to optimize cardiac workflow, the interface delivers "walk-up usability" so that users can perform exams with minimal training. The interface can be configured to match your specific workflow, which means you can focus on the patient and images, rather than searching for controls.
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.
Κάνοντας κλικ στον σύνδεσμο, θα φύγετε από τον επίσημο ιστότοπο της Philips Electronics Ltd. ("Philips"). Τυχόν σύνδεσμοι προς ιστότοπους τρίτων που ενδέχεται να εμφανίζονται σε αυτόν τον ιστότοπο παρέχονται μόνο για τη διευκόλυνσή σας και σε καμία περίπτωση δεν αντιπροσωπεύουν οποιαδήποτε σχέση ή έγκριση των πληροφοριών που παρέχονται σε αυτούς τους συνδεδεμένους ιστότοπους. Η Philips δεν προβαίνει σε δηλώσεις ή εγγυήσεις κανενός είδους σχετικά με ιστότοπους τρίτων ή τις πληροφορίες που περιέχονται σε αυτούς.
