EPIQ Elite Elevate provides high-quality imaging and tailored clinical information to help clinicians deliver timely, confident answers to more patients worldwide. With advanced intelligence and an exceptional level of performance, EPIQ Elite meets the demands of today’s most challenging practices.
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Perform automated liver elastography with Auto ElastQ, and experience our next generation of liver health assessment. Auto ElastQ is designed to simplify user workflow with real-time, quantitative shear wave measurements.
Auto ElastQ
Perform automated liver elastography with Auto ElastQ, and experience our next generation of liver health assessment. Auto ElastQ is designed to simplify user workflow with real-time, quantitative shear wave measurements.
Auto ElastQ
Perform automated liver elastography with Auto ElastQ, and experience our next generation of liver health assessment. Auto ElastQ is designed to simplify user workflow with real-time, quantitative shear wave measurements.
Perform automated liver elastography with Auto ElastQ, and experience our next generation of liver health assessment. Auto ElastQ is designed to simplify user workflow with real-time, quantitative shear wave measurements.
Elastography
Elastography
The EPIQ Elite platform supports both strain and shear wave imaging methods of elastography. Highly sensitive strain imaging can be used to rapidly assess relative tissue stiffness values across a variety of applications. ElastQ Imaging methods of shear wave elastography use a unique pulsing scheme to generate and detect the propagation speed of shear waves, providing a quantitative display and measurement of tissue stiffness. ElastQ Imaging also provides a confidence map display to assist you in obtaining measurements from areas with the highest shear wave quality.
Elastography
The EPIQ Elite platform supports both strain and shear wave imaging methods of elastography. Highly sensitive strain imaging can be used to rapidly assess relative tissue stiffness values across a variety of applications. ElastQ Imaging methods of shear wave elastography use a unique pulsing scheme to generate and detect the propagation speed of shear waves, providing a quantitative display and measurement of tissue stiffness. ElastQ Imaging also provides a confidence map display to assist you in obtaining measurements from areas with the highest shear wave quality.
Elastography
The EPIQ Elite platform supports both strain and shear wave imaging methods of elastography. Highly sensitive strain imaging can be used to rapidly assess relative tissue stiffness values across a variety of applications. ElastQ Imaging methods of shear wave elastography use a unique pulsing scheme to generate and detect the propagation speed of shear waves, providing a quantitative display and measurement of tissue stiffness. ElastQ Imaging also provides a confidence map display to assist you in obtaining measurements from areas with the highest shear wave quality.
The EPIQ Elite platform supports both strain and shear wave imaging methods of elastography. Highly sensitive strain imaging can be used to rapidly assess relative tissue stiffness values across a variety of applications. ElastQ Imaging methods of shear wave elastography use a unique pulsing scheme to generate and detect the propagation speed of shear waves, providing a quantitative display and measurement of tissue stiffness. ElastQ Imaging also provides a confidence map display to assist you in obtaining measurements from areas with the highest shear wave quality.
CEUS high frame rate linear & Auto Scan
CEUS high frame rate linear & Auto Scan
See a 67%*** increase in CEUS frame rate and a 76%*** increase field of view with the eL18-4 transducer when thyroid scanning. CEUS Auto Scan improves image uniformity and sensitivity
CEUS high frame rate linear & Auto Scan
See a 67%*** increase in CEUS frame rate and a 76%*** increase field of view with the eL18-4 transducer when thyroid scanning. CEUS Auto Scan improves image uniformity and sensitivity
CEUS high frame rate linear & Auto Scan
See a 67%*** increase in CEUS frame rate and a 76%*** increase field of view with the eL18-4 transducer when thyroid scanning. CEUS Auto Scan improves image uniformity and sensitivity
See a 67%*** increase in CEUS frame rate and a 76%*** increase field of view with the eL18-4 transducer when thyroid scanning. CEUS Auto Scan improves image uniformity and sensitivity
Contrast-enhanced ultrasound (CEUS)
Contrast-enhanced ultrasound (CEUS)
CEUS can transform the role of ultrasound in the liver, allowing the study of the enhancement patterns of suspicious liver lesions in real time, as well as provide an alternative non-ionizing approach to the assessment of vesicoureteral reflux in pediatric patients.
Contrast-enhanced ultrasound (CEUS)
CEUS can transform the role of ultrasound in the liver, allowing the study of the enhancement patterns of suspicious liver lesions in real time, as well as provide an alternative non-ionizing approach to the assessment of vesicoureteral reflux in pediatric patients.
Contrast-enhanced ultrasound (CEUS)
CEUS can transform the role of ultrasound in the liver, allowing the study of the enhancement patterns of suspicious liver lesions in real time, as well as provide an alternative non-ionizing approach to the assessment of vesicoureteral reflux in pediatric patients.
CEUS can transform the role of ultrasound in the liver, allowing the study of the enhancement patterns of suspicious liver lesions in real time, as well as provide an alternative non-ionizing approach to the assessment of vesicoureteral reflux in pediatric patients.
AutoStrain LV with automated EF and mid-layer strain
AutoStrain LV with automated EF and mid-layer strain
Advances to AutoStrain feature fast, reproducible results as part of 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
Advances to AutoStrain feature fast, reproducible results as part of 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
Advances to AutoStrain feature fast, reproducible results as part of 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 LV with automated EF and mid-layer strain
Advances to AutoStrain feature fast, reproducible results as part of 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.
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.
Super Resolution MVI & Time of Arrival
Super Resolution MVI & Time of Arrival
Philips Super Resolution MVI CEUS is an improved version of Philips legacy Contrast MVI which takes advantage of an innovative super-resolution processing approach and advanced motion compensation techniques to obtain a 200% improvement in spatial resolution. The Time of arrival map offers representation of the relative time at which bubbles first enter points of interest in the current imaging plane.
Super Resolution MVI & Time of Arrival
Philips Super Resolution MVI CEUS is an improved version of Philips legacy Contrast MVI which takes advantage of an innovative super-resolution processing approach and advanced motion compensation techniques to obtain a 200% improvement in spatial resolution. The Time of arrival map offers representation of the relative time at which bubbles first enter points of interest in the current imaging plane.
Super Resolution MVI & Time of Arrival
Philips Super Resolution MVI CEUS is an improved version of Philips legacy Contrast MVI which takes advantage of an innovative super-resolution processing approach and advanced motion compensation techniques to obtain a 200% improvement in spatial resolution. The Time of arrival map offers representation of the relative time at which bubbles first enter points of interest in the current imaging plane.
Philips Super Resolution MVI CEUS is an improved version of Philips legacy Contrast MVI which takes advantage of an innovative super-resolution processing approach and advanced motion compensation techniques to obtain a 200% improvement in spatial resolution. The Time of arrival map offers representation of the relative time at which bubbles first enter points of interest in the current imaging plane.
Flow Viewer
Flow Viewer
Flow Viewer is a Philips color visualization enhancement for vasculature and fetal heart architecture. Flow Viewer provides a 3D-like rendering of flow imaging data to better visualize the cardiac and vascular architecture and enhance the aesthetic appeal of all color imaging modes Available in all color imaging modes (CFM, CPA, CPAd, MFI, MFI HD).
Flow Viewer
Flow Viewer is a Philips color visualization enhancement for vasculature and fetal heart architecture. Flow Viewer provides a 3D-like rendering of flow imaging data to better visualize the cardiac and vascular architecture and enhance the aesthetic appeal of all color imaging modes Available in all color imaging modes (CFM, CPA, CPAd, MFI, MFI HD).
Flow Viewer
Flow Viewer is a Philips color visualization enhancement for vasculature and fetal heart architecture. Flow Viewer provides a 3D-like rendering of flow imaging data to better visualize the cardiac and vascular architecture and enhance the aesthetic appeal of all color imaging modes Available in all color imaging modes (CFM, CPA, CPAd, MFI, MFI HD).
Flow Viewer is a Philips color visualization enhancement for vasculature and fetal heart architecture. Flow Viewer provides a 3D-like rendering of flow imaging data to better visualize the cardiac and vascular architecture and enhance the aesthetic appeal of all color imaging modes Available in all color imaging modes (CFM, CPA, CPAd, MFI, MFI HD).
FlexVue with Orthogonal View
FlexVue with Orthogonal View
Easy-to-use tools designed to extract challenging anatomical planes from 3D data sets. This advanced feature offers exceptional flexibility in plane acquisition, complemented by a comprehensive measurement package for precise quantification.
FlexVue with Orthogonal View
Easy-to-use tools designed to extract challenging anatomical planes from 3D data sets. This advanced feature offers exceptional flexibility in plane acquisition, complemented by a comprehensive measurement package for precise quantification.
FlexVue with Orthogonal View
Easy-to-use tools designed to extract challenging anatomical planes from 3D data sets. This advanced feature offers exceptional flexibility in plane acquisition, complemented by a comprehensive measurement package for precise quantification.
Easy-to-use tools designed to extract challenging anatomical planes from 3D data sets. This advanced feature offers exceptional flexibility in plane acquisition, complemented by a comprehensive measurement package for precise quantification.
MFI HD
MFI HD
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
MFI HD
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
MFI HD
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
Next Gen Auto Scan
Next Gen Auto Scan
Philips Next Gen Auto Scan improves image uniformity, adaptively adjusting image brightness at every pixel and reducing the need for user adjustment while also improving transducer plunkability. Next Gen Auto Scan reduces button pushes by up to 54% with pixel-by-pixel real-time optimization.
Next Gen Auto Scan
Philips Next Gen Auto Scan improves image uniformity, adaptively adjusting image brightness at every pixel and reducing the need for user adjustment while also improving transducer plunkability. Next Gen Auto Scan reduces button pushes by up to 54% with pixel-by-pixel real-time optimization.
Next Gen Auto Scan
Philips Next Gen Auto Scan improves image uniformity, adaptively adjusting image brightness at every pixel and reducing the need for user adjustment while also improving transducer plunkability. Next Gen Auto Scan reduces button pushes by up to 54% with pixel-by-pixel real-time optimization.
Philips Next Gen Auto Scan improves image uniformity, adaptively adjusting image brightness at every pixel and reducing the need for user adjustment while also improving transducer plunkability. Next Gen Auto Scan reduces button pushes by up to 54% with pixel-by-pixel real-time optimization.
nSIGHT Imaging
nSIGHT Imaging
Far surpasses conventional ultrasound performance to reach new levels of definition and clarity. Incorporating a custom multi-stage precision beamformer along with massive parallel processing, this proprietary architecture captures an enormous amount of acoustic data from each transmit operation and performs digital beam reconstruction along with mathematically optimized focal processing. This creates extraordinary real-time images with exceptional frame rate, uniformity and penetration.
nSIGHT Imaging
Far surpasses conventional ultrasound performance to reach new levels of definition and clarity. Incorporating a custom multi-stage precision beamformer along with massive parallel processing, this proprietary architecture captures an enormous amount of acoustic data from each transmit operation and performs digital beam reconstruction along with mathematically optimized focal processing. This creates extraordinary real-time images with exceptional frame rate, uniformity and penetration.
nSIGHT Imaging
Far surpasses conventional ultrasound performance to reach new levels of definition and clarity. Incorporating a custom multi-stage precision beamformer along with massive parallel processing, this proprietary architecture captures an enormous amount of acoustic data from each transmit operation and performs digital beam reconstruction along with mathematically optimized focal processing. This creates extraordinary real-time images with exceptional frame rate, uniformity and penetration.
Far surpasses conventional ultrasound performance to reach new levels of definition and clarity. Incorporating a custom multi-stage precision beamformer along with massive parallel processing, this proprietary architecture captures an enormous amount of acoustic data from each transmit operation and performs digital beam reconstruction along with mathematically optimized focal processing. This creates extraordinary real-time images with exceptional frame rate, uniformity and penetration.
XRES Pro, the next-generation image processing
XRES Pro, the next-generation image processing
At real-time frame rates, XRES Pro uses multi-parametric precision filters that subdivide image elements, analyze this data and then apply advanced algorithms to sharpen borders and interfaces and provide superb tissue conspicuity. XRES Pro also offers enhanced assessment of plaque morphology. XRES Pro allows you full adjustability to match the level of enhancement to clinical imaging requirements for elevated diagnostic confidence with virtually all patients.
XRES Pro, the next-generation image processing
At real-time frame rates, XRES Pro uses multi-parametric precision filters that subdivide image elements, analyze this data and then apply advanced algorithms to sharpen borders and interfaces and provide superb tissue conspicuity. XRES Pro also offers enhanced assessment of plaque morphology. XRES Pro allows you full adjustability to match the level of enhancement to clinical imaging requirements for elevated diagnostic confidence with virtually all patients.
XRES Pro, the next-generation image processing
At real-time frame rates, XRES Pro uses multi-parametric precision filters that subdivide image elements, analyze this data and then apply advanced algorithms to sharpen borders and interfaces and provide superb tissue conspicuity. XRES Pro also offers enhanced assessment of plaque morphology. XRES Pro allows you full adjustability to match the level of enhancement to clinical imaging requirements for elevated diagnostic confidence with virtually all patients.
At real-time frame rates, XRES Pro uses multi-parametric precision filters that subdivide image elements, analyze this data and then apply advanced algorithms to sharpen borders and interfaces and provide superb tissue conspicuity. XRES Pro also offers enhanced assessment of plaque morphology. XRES Pro allows you full adjustability to match the level of enhancement to clinical imaging requirements for elevated diagnostic confidence with virtually all patients.
MicroFlow Imaging
MicroFlow Imaging
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
MicroFlow Imaging
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
MicroFlow Imaging
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
PureWave & xMatrix technology
PureWave & xMatrix transducer technology
The power of PureWave for exceptional imaging even on technically difficult patients. PureWave crystal technology represents the biggest breakthrough in piezoelectric transducer material in 40 years. The pure, uniform crystals of PureWave have virtually perfect uniformity for greater bandwidth and twice the efficiency of conventional ceramic materials.
PureWave & xMatrix transducer technology
The power of PureWave for exceptional imaging even on technically difficult patients. PureWave crystal technology represents the biggest breakthrough in piezoelectric transducer material in 40 years. The pure, uniform crystals of PureWave have virtually perfect uniformity for greater bandwidth and twice the efficiency of conventional ceramic materials.
PureWave & xMatrix transducer technology
The power of PureWave for exceptional imaging even on technically difficult patients. PureWave crystal technology represents the biggest breakthrough in piezoelectric transducer material in 40 years. The pure, uniform crystals of PureWave have virtually perfect uniformity for greater bandwidth and twice the efficiency of conventional ceramic materials.
The power of PureWave for exceptional imaging even on technically difficult patients. PureWave crystal technology represents the biggest breakthrough in piezoelectric transducer material in 40 years. The pure, uniform crystals of PureWave have virtually perfect uniformity for greater bandwidth and twice the efficiency of conventional ceramic materials.
xMatrix transducers, powerful and versatile
xMatrix transducers, powerful and versatile
No other premium ultrasound solution can run xMatrix, the comprehensive suite of the world’s most innovative ultrasound transducers. Achieve ultra-thin 2D slices. Use Live xPlane imaging to create two full-resolution planes simultaneously, allowing you to capture twice as much clinical information in the same amount of time. Acquire near-isovoxel resolution to reveal images from any plane within the volume.
xMatrix transducers, powerful and versatile
No other premium ultrasound solution can run xMatrix, the comprehensive suite of the world’s most innovative ultrasound transducers. Achieve ultra-thin 2D slices. Use Live xPlane imaging to create two full-resolution planes simultaneously, allowing you to capture twice as much clinical information in the same amount of time. Acquire near-isovoxel resolution to reveal images from any plane within the volume.
xMatrix transducers, powerful and versatile
No other premium ultrasound solution can run xMatrix, the comprehensive suite of the world’s most innovative ultrasound transducers. Achieve ultra-thin 2D slices. Use Live xPlane imaging to create two full-resolution planes simultaneously, allowing you to capture twice as much clinical information in the same amount of time. Acquire near-isovoxel resolution to reveal images from any plane within the volume.
No other premium ultrasound solution can run xMatrix, the comprehensive suite of the world’s most innovative ultrasound transducers. Achieve ultra-thin 2D slices. Use Live xPlane imaging to create two full-resolution planes simultaneously, allowing you to capture twice as much clinical information in the same amount of time. Acquire near-isovoxel resolution to reveal images from any plane within the volume.
24" HD MAX display
24" HD MAX display
This new immersive 24” display monitor offers the ultimate ultrasound visualization experience, with an ultra-wide color gamut of 10-bit color depth that uses billions of colors for accurate color reproduction. In addition, it provides high-contrast dynamic range and enhanced black levels for subtle delineation of grayscale values. HD MAX features superb off-angle viewing for visualization of clinical images throughout the scanning room.
24" HD MAX display
This new immersive 24” display monitor offers the ultimate ultrasound visualization experience, with an ultra-wide color gamut of 10-bit color depth that uses billions of colors for accurate color reproduction. In addition, it provides high-contrast dynamic range and enhanced black levels for subtle delineation of grayscale values. HD MAX features superb off-angle viewing for visualization of clinical images throughout the scanning room.
24" HD MAX display
This new immersive 24” display monitor offers the ultimate ultrasound visualization experience, with an ultra-wide color gamut of 10-bit color depth that uses billions of colors for accurate color reproduction. In addition, it provides high-contrast dynamic range and enhanced black levels for subtle delineation of grayscale values. HD MAX features superb off-angle viewing for visualization of clinical images throughout the scanning room.
This new immersive 24” display monitor offers the ultimate ultrasound visualization experience, with an ultra-wide color gamut of 10-bit color depth that uses billions of colors for accurate color reproduction. In addition, it provides high-contrast dynamic range and enhanced black levels for subtle delineation of grayscale values. HD MAX features superb off-angle viewing for visualization of clinical images throughout the scanning room.
Auto Doppler
Auto Doppler
Automatically adjusts for optimal flow sensitivity and resolution, reducing 10 steps to 3 steps and also reducing the number of repetitive button pushes by an average of 68%.
Auto Doppler
Automatically adjusts for optimal flow sensitivity and resolution, reducing 10 steps to 3 steps and also reducing the number of repetitive button pushes by an average of 68%.
Auto Doppler
Automatically adjusts for optimal flow sensitivity and resolution, reducing 10 steps to 3 steps and also reducing the number of repetitive button pushes by an average of 68%.
Automatically adjusts for optimal flow sensitivity and resolution, reducing 10 steps to 3 steps and also reducing the number of repetitive button pushes by an average of 68%.
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
At the heart of the powerful EPIQ Elite architecture is our Philips exclusive Anatomical Intelligence Ultrasound (AIUS), designed to elevate the ultrasound system from a passive to an actively adaptive device. With advanced organ modeling, image slicing, and proven quantification, exams are easy to perform, more reproducible, and deliver new levels of clinical information. Some examples of our AIUS capabilities include HeartModel, AI Breast and Auto-registration of image fusion and navigation.
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
At the heart of the powerful EPIQ Elite architecture is our Philips exclusive Anatomical Intelligence Ultrasound (AIUS), designed to elevate the ultrasound system from a passive to an actively adaptive device. With advanced organ modeling, image slicing, and proven quantification, exams are easy to perform, more reproducible, and deliver new levels of clinical information. Some examples of our AIUS capabilities include HeartModel, AI Breast and Auto-registration of image fusion and navigation.
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
At the heart of the powerful EPIQ Elite architecture is our Philips exclusive Anatomical Intelligence Ultrasound (AIUS), designed to elevate the ultrasound system from a passive to an actively adaptive device. With advanced organ modeling, image slicing, and proven quantification, exams are easy to perform, more reproducible, and deliver new levels of clinical information. Some examples of our AIUS capabilities include HeartModel, AI Breast and Auto-registration of image fusion and navigation.
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
At the heart of the powerful EPIQ Elite architecture is our Philips exclusive Anatomical Intelligence Ultrasound (AIUS), designed to elevate the ultrasound system from a passive to an actively adaptive device. With advanced organ modeling, image slicing, and proven quantification, exams are easy to perform, more reproducible, and deliver new levels of clinical information. Some examples of our AIUS capabilities include HeartModel, AI Breast and Auto-registration of image fusion and navigation.
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Make confident decisions even in challenging diagnostic cases with fully integrated fusion capabilities that feature streamlined workflows to allow clinicians to achieve fast and effective fusion of CT/MR/PET with live ultrasound. By combining imaging modalities directly on the ultrasound system, you now have access to an even more powerful diagnostic tool with advanced visualization allowing for fast clinical decisions. Expand fusion and navigation capabilities through a range of transducers across applications, including the X6-1 xMatrix, C5-1, C9-2, eL18-4, L12-5, C10-4ec, S5-1 and the new mC7-2.
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Make confident decisions even in challenging diagnostic cases with fully integrated fusion capabilities that feature streamlined workflows to allow clinicians to achieve fast and effective fusion of CT/MR/PET with live ultrasound. By combining imaging modalities directly on the ultrasound system, you now have access to an even more powerful diagnostic tool with advanced visualization allowing for fast clinical decisions. Expand fusion and navigation capabilities through a range of transducers across applications, including the X6-1 xMatrix, C5-1, C9-2, eL18-4, L12-5, C10-4ec, S5-1 and the new mC7-2.
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Make confident decisions even in challenging diagnostic cases with fully integrated fusion capabilities that feature streamlined workflows to allow clinicians to achieve fast and effective fusion of CT/MR/PET with live ultrasound. By combining imaging modalities directly on the ultrasound system, you now have access to an even more powerful diagnostic tool with advanced visualization allowing for fast clinical decisions. Expand fusion and navigation capabilities through a range of transducers across applications, including the X6-1 xMatrix, C5-1, C9-2, eL18-4, L12-5, C10-4ec, S5-1 and the new mC7-2.
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Make confident decisions even in challenging diagnostic cases with fully integrated fusion capabilities that feature streamlined workflows to allow clinicians to achieve fast and effective fusion of CT/MR/PET with live ultrasound. By combining imaging modalities directly on the ultrasound system, you now have access to an even more powerful diagnostic tool with advanced visualization allowing for fast clinical decisions. Expand fusion and navigation capabilities through a range of transducers across applications, including the X6-1 xMatrix, C5-1, C9-2, eL18-4, L12-5, C10-4ec, S5-1 and the new mC7-2.
Collaboration Live
Collaboration Live
Extend your team without expanding it. Collaboration Live is a communication platform that facilitates communication between a compatible ultrasound system and a remote user. With simultaneous Multi-party communication up to six users can quickly and securely talk, text, screen share and video stream directly from the ultrasound system for access to multiple clinical resources at a distance.
Collaboration Live
Extend your team without expanding it. Collaboration Live is a communication platform that facilitates communication between a compatible ultrasound system and a remote user. With simultaneous Multi-party communication up to six users can quickly and securely talk, text, screen share and video stream directly from the ultrasound system for access to multiple clinical resources at a distance.
Collaboration Live
Extend your team without expanding it. Collaboration Live is a communication platform that facilitates communication between a compatible ultrasound system and a remote user. With simultaneous Multi-party communication up to six users can quickly and securely talk, text, screen share and video stream directly from the ultrasound system for access to multiple clinical resources at a distance.
Extend your team without expanding it. Collaboration Live is a communication platform that facilitates communication between a compatible ultrasound system and a remote user. With simultaneous Multi-party communication up to six users can quickly and securely talk, text, screen share and video stream directly from the ultrasound system for access to multiple clinical resources at a distance.
Powerful system security - protecting sensitive patient data
Powerful system security - protecting sensitive patient data
Hospitals and healthcare organizations are spending more to protect their systems and patient data from cyber-attacks. That is why healthcare cybersecurity spending will exceed $65 billion over the next five years. Ultrasound devices are highly mobile and can exist in a wired or wireless environment. As a result, Philips has made security a high priority for ultrasound systems. The EPIQ Elite platform is built on Window 10 OS and features a powerful defense-in-depth principle and deliver an outstanding set of data security features comprising of five core layers.
Powerful system security - protecting sensitive patient data
Hospitals and healthcare organizations are spending more to protect their systems and patient data from cyber-attacks. That is why healthcare cybersecurity spending will exceed $65 billion over the next five years. Ultrasound devices are highly mobile and can exist in a wired or wireless environment. As a result, Philips has made security a high priority for ultrasound systems. The EPIQ Elite platform is built on Window 10 OS and features a powerful defense-in-depth principle and deliver an outstanding set of data security features comprising of five core layers.
Powerful system security - protecting sensitive patient data
Hospitals and healthcare organizations are spending more to protect their systems and patient data from cyber-attacks. That is why healthcare cybersecurity spending will exceed $65 billion over the next five years. Ultrasound devices are highly mobile and can exist in a wired or wireless environment. As a result, Philips has made security a high priority for ultrasound systems. The EPIQ Elite platform is built on Window 10 OS and features a powerful defense-in-depth principle and deliver an outstanding set of data security features comprising of five core layers.
Powerful system security - protecting sensitive patient data
Powerful system security - protecting sensitive patient data
Hospitals and healthcare organizations are spending more to protect their systems and patient data from cyber-attacks. That is why healthcare cybersecurity spending will exceed $65 billion over the next five years. Ultrasound devices are highly mobile and can exist in a wired or wireless environment. As a result, Philips has made security a high priority for ultrasound systems. The EPIQ Elite platform is built on Window 10 OS and features a powerful defense-in-depth principle and deliver an outstanding set of data security features comprising of five core layers.
Service
Service
The need to do more with less, rising case complexity and additional care settings put challenges with staffing, skill variability and standardization into sharp focus. This is where our services and solutions can help - get service tailored for your needs with our RightFit contracts, clinical and technical education and training to keep skills fresh, maximize your equipment investment with Technology Maximizer, and extend your team without expanding it with Collaboration Live.
Service
The need to do more with less, rising case complexity and additional care settings put challenges with staffing, skill variability and standardization into sharp focus. This is where our services and solutions can help - get service tailored for your needs with our RightFit contracts, clinical and technical education and training to keep skills fresh, maximize your equipment investment with Technology Maximizer, and extend your team without expanding it with Collaboration Live.
Service
The need to do more with less, rising case complexity and additional care settings put challenges with staffing, skill variability and standardization into sharp focus. This is where our services and solutions can help - get service tailored for your needs with our RightFit contracts, clinical and technical education and training to keep skills fresh, maximize your equipment investment with Technology Maximizer, and extend your team without expanding it with Collaboration Live.
The need to do more with less, rising case complexity and additional care settings put challenges with staffing, skill variability and standardization into sharp focus. This is where our services and solutions can help - get service tailored for your needs with our RightFit contracts, clinical and technical education and training to keep skills fresh, maximize your equipment investment with Technology Maximizer, and extend your team without expanding it with Collaboration Live.
Education
Education
Our comprehensive education programs are designed to support clinical excellence, increase the use of advanced system features, instill physician confidence in the quality of exams, enhance workflow and productivity, foster professional growth and teamwork, and ultimately deliver an outstanding patient experience.
Education
Our comprehensive education programs are designed to support clinical excellence, increase the use of advanced system features, instill physician confidence in the quality of exams, enhance workflow and productivity, foster professional growth and teamwork, and ultimately deliver an outstanding patient experience.
Education
Our comprehensive education programs are designed to support clinical excellence, increase the use of advanced system features, instill physician confidence in the quality of exams, enhance workflow and productivity, foster professional growth and teamwork, and ultimately deliver an outstanding patient experience.
Our comprehensive education programs are designed to support clinical excellence, increase the use of advanced system features, instill physician confidence in the quality of exams, enhance workflow and productivity, foster professional growth and teamwork, and ultimately deliver an outstanding patient experience.
Perform automated liver elastography with Auto ElastQ, and experience our next generation of liver health assessment. Auto ElastQ is designed to simplify user workflow with real-time, quantitative shear wave measurements.
Auto ElastQ
Perform automated liver elastography with Auto ElastQ, and experience our next generation of liver health assessment. Auto ElastQ is designed to simplify user workflow with real-time, quantitative shear wave measurements.
Auto ElastQ
Perform automated liver elastography with Auto ElastQ, and experience our next generation of liver health assessment. Auto ElastQ is designed to simplify user workflow with real-time, quantitative shear wave measurements.
Perform automated liver elastography with Auto ElastQ, and experience our next generation of liver health assessment. Auto ElastQ is designed to simplify user workflow with real-time, quantitative shear wave measurements.
Elastography
Elastography
The EPIQ Elite platform supports both strain and shear wave imaging methods of elastography. Highly sensitive strain imaging can be used to rapidly assess relative tissue stiffness values across a variety of applications. ElastQ Imaging methods of shear wave elastography use a unique pulsing scheme to generate and detect the propagation speed of shear waves, providing a quantitative display and measurement of tissue stiffness. ElastQ Imaging also provides a confidence map display to assist you in obtaining measurements from areas with the highest shear wave quality.
Elastography
The EPIQ Elite platform supports both strain and shear wave imaging methods of elastography. Highly sensitive strain imaging can be used to rapidly assess relative tissue stiffness values across a variety of applications. ElastQ Imaging methods of shear wave elastography use a unique pulsing scheme to generate and detect the propagation speed of shear waves, providing a quantitative display and measurement of tissue stiffness. ElastQ Imaging also provides a confidence map display to assist you in obtaining measurements from areas with the highest shear wave quality.
Elastography
The EPIQ Elite platform supports both strain and shear wave imaging methods of elastography. Highly sensitive strain imaging can be used to rapidly assess relative tissue stiffness values across a variety of applications. ElastQ Imaging methods of shear wave elastography use a unique pulsing scheme to generate and detect the propagation speed of shear waves, providing a quantitative display and measurement of tissue stiffness. ElastQ Imaging also provides a confidence map display to assist you in obtaining measurements from areas with the highest shear wave quality.
The EPIQ Elite platform supports both strain and shear wave imaging methods of elastography. Highly sensitive strain imaging can be used to rapidly assess relative tissue stiffness values across a variety of applications. ElastQ Imaging methods of shear wave elastography use a unique pulsing scheme to generate and detect the propagation speed of shear waves, providing a quantitative display and measurement of tissue stiffness. ElastQ Imaging also provides a confidence map display to assist you in obtaining measurements from areas with the highest shear wave quality.
CEUS high frame rate linear & Auto Scan
CEUS high frame rate linear & Auto Scan
See a 67%*** increase in CEUS frame rate and a 76%*** increase field of view with the eL18-4 transducer when thyroid scanning. CEUS Auto Scan improves image uniformity and sensitivity
CEUS high frame rate linear & Auto Scan
See a 67%*** increase in CEUS frame rate and a 76%*** increase field of view with the eL18-4 transducer when thyroid scanning. CEUS Auto Scan improves image uniformity and sensitivity
CEUS high frame rate linear & Auto Scan
See a 67%*** increase in CEUS frame rate and a 76%*** increase field of view with the eL18-4 transducer when thyroid scanning. CEUS Auto Scan improves image uniformity and sensitivity
See a 67%*** increase in CEUS frame rate and a 76%*** increase field of view with the eL18-4 transducer when thyroid scanning. CEUS Auto Scan improves image uniformity and sensitivity
Contrast-enhanced ultrasound (CEUS)
Contrast-enhanced ultrasound (CEUS)
CEUS can transform the role of ultrasound in the liver, allowing the study of the enhancement patterns of suspicious liver lesions in real time, as well as provide an alternative non-ionizing approach to the assessment of vesicoureteral reflux in pediatric patients.
Contrast-enhanced ultrasound (CEUS)
CEUS can transform the role of ultrasound in the liver, allowing the study of the enhancement patterns of suspicious liver lesions in real time, as well as provide an alternative non-ionizing approach to the assessment of vesicoureteral reflux in pediatric patients.
Contrast-enhanced ultrasound (CEUS)
CEUS can transform the role of ultrasound in the liver, allowing the study of the enhancement patterns of suspicious liver lesions in real time, as well as provide an alternative non-ionizing approach to the assessment of vesicoureteral reflux in pediatric patients.
CEUS can transform the role of ultrasound in the liver, allowing the study of the enhancement patterns of suspicious liver lesions in real time, as well as provide an alternative non-ionizing approach to the assessment of vesicoureteral reflux in pediatric patients.
AutoStrain LV with automated EF and mid-layer strain
AutoStrain LV with automated EF and mid-layer strain
Advances to AutoStrain feature fast, reproducible results as part of 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
Advances to AutoStrain feature fast, reproducible results as part of 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
Advances to AutoStrain feature fast, reproducible results as part of 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 LV with automated EF and mid-layer strain
Advances to AutoStrain feature fast, reproducible results as part of 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.
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.
Super Resolution MVI & Time of Arrival
Super Resolution MVI & Time of Arrival
Philips Super Resolution MVI CEUS is an improved version of Philips legacy Contrast MVI which takes advantage of an innovative super-resolution processing approach and advanced motion compensation techniques to obtain a 200% improvement in spatial resolution. The Time of arrival map offers representation of the relative time at which bubbles first enter points of interest in the current imaging plane.
Super Resolution MVI & Time of Arrival
Philips Super Resolution MVI CEUS is an improved version of Philips legacy Contrast MVI which takes advantage of an innovative super-resolution processing approach and advanced motion compensation techniques to obtain a 200% improvement in spatial resolution. The Time of arrival map offers representation of the relative time at which bubbles first enter points of interest in the current imaging plane.
Super Resolution MVI & Time of Arrival
Philips Super Resolution MVI CEUS is an improved version of Philips legacy Contrast MVI which takes advantage of an innovative super-resolution processing approach and advanced motion compensation techniques to obtain a 200% improvement in spatial resolution. The Time of arrival map offers representation of the relative time at which bubbles first enter points of interest in the current imaging plane.
Philips Super Resolution MVI CEUS is an improved version of Philips legacy Contrast MVI which takes advantage of an innovative super-resolution processing approach and advanced motion compensation techniques to obtain a 200% improvement in spatial resolution. The Time of arrival map offers representation of the relative time at which bubbles first enter points of interest in the current imaging plane.
Flow Viewer
Flow Viewer
Flow Viewer is a Philips color visualization enhancement for vasculature and fetal heart architecture. Flow Viewer provides a 3D-like rendering of flow imaging data to better visualize the cardiac and vascular architecture and enhance the aesthetic appeal of all color imaging modes Available in all color imaging modes (CFM, CPA, CPAd, MFI, MFI HD).
Flow Viewer
Flow Viewer is a Philips color visualization enhancement for vasculature and fetal heart architecture. Flow Viewer provides a 3D-like rendering of flow imaging data to better visualize the cardiac and vascular architecture and enhance the aesthetic appeal of all color imaging modes Available in all color imaging modes (CFM, CPA, CPAd, MFI, MFI HD).
Flow Viewer
Flow Viewer is a Philips color visualization enhancement for vasculature and fetal heart architecture. Flow Viewer provides a 3D-like rendering of flow imaging data to better visualize the cardiac and vascular architecture and enhance the aesthetic appeal of all color imaging modes Available in all color imaging modes (CFM, CPA, CPAd, MFI, MFI HD).
Flow Viewer is a Philips color visualization enhancement for vasculature and fetal heart architecture. Flow Viewer provides a 3D-like rendering of flow imaging data to better visualize the cardiac and vascular architecture and enhance the aesthetic appeal of all color imaging modes Available in all color imaging modes (CFM, CPA, CPAd, MFI, MFI HD).
FlexVue with Orthogonal View
FlexVue with Orthogonal View
Easy-to-use tools designed to extract challenging anatomical planes from 3D data sets. This advanced feature offers exceptional flexibility in plane acquisition, complemented by a comprehensive measurement package for precise quantification.
FlexVue with Orthogonal View
Easy-to-use tools designed to extract challenging anatomical planes from 3D data sets. This advanced feature offers exceptional flexibility in plane acquisition, complemented by a comprehensive measurement package for precise quantification.
FlexVue with Orthogonal View
Easy-to-use tools designed to extract challenging anatomical planes from 3D data sets. This advanced feature offers exceptional flexibility in plane acquisition, complemented by a comprehensive measurement package for precise quantification.
Easy-to-use tools designed to extract challenging anatomical planes from 3D data sets. This advanced feature offers exceptional flexibility in plane acquisition, complemented by a comprehensive measurement package for precise quantification.
MFI HD
MFI HD
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
MFI HD
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
MFI HD
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
Next Gen Auto Scan
Next Gen Auto Scan
Philips Next Gen Auto Scan improves image uniformity, adaptively adjusting image brightness at every pixel and reducing the need for user adjustment while also improving transducer plunkability. Next Gen Auto Scan reduces button pushes by up to 54% with pixel-by-pixel real-time optimization.
Next Gen Auto Scan
Philips Next Gen Auto Scan improves image uniformity, adaptively adjusting image brightness at every pixel and reducing the need for user adjustment while also improving transducer plunkability. Next Gen Auto Scan reduces button pushes by up to 54% with pixel-by-pixel real-time optimization.
Next Gen Auto Scan
Philips Next Gen Auto Scan improves image uniformity, adaptively adjusting image brightness at every pixel and reducing the need for user adjustment while also improving transducer plunkability. Next Gen Auto Scan reduces button pushes by up to 54% with pixel-by-pixel real-time optimization.
Philips Next Gen Auto Scan improves image uniformity, adaptively adjusting image brightness at every pixel and reducing the need for user adjustment while also improving transducer plunkability. Next Gen Auto Scan reduces button pushes by up to 54% with pixel-by-pixel real-time optimization.
nSIGHT Imaging
nSIGHT Imaging
Far surpasses conventional ultrasound performance to reach new levels of definition and clarity. Incorporating a custom multi-stage precision beamformer along with massive parallel processing, this proprietary architecture captures an enormous amount of acoustic data from each transmit operation and performs digital beam reconstruction along with mathematically optimized focal processing. This creates extraordinary real-time images with exceptional frame rate, uniformity and penetration.
nSIGHT Imaging
Far surpasses conventional ultrasound performance to reach new levels of definition and clarity. Incorporating a custom multi-stage precision beamformer along with massive parallel processing, this proprietary architecture captures an enormous amount of acoustic data from each transmit operation and performs digital beam reconstruction along with mathematically optimized focal processing. This creates extraordinary real-time images with exceptional frame rate, uniformity and penetration.
nSIGHT Imaging
Far surpasses conventional ultrasound performance to reach new levels of definition and clarity. Incorporating a custom multi-stage precision beamformer along with massive parallel processing, this proprietary architecture captures an enormous amount of acoustic data from each transmit operation and performs digital beam reconstruction along with mathematically optimized focal processing. This creates extraordinary real-time images with exceptional frame rate, uniformity and penetration.
Far surpasses conventional ultrasound performance to reach new levels of definition and clarity. Incorporating a custom multi-stage precision beamformer along with massive parallel processing, this proprietary architecture captures an enormous amount of acoustic data from each transmit operation and performs digital beam reconstruction along with mathematically optimized focal processing. This creates extraordinary real-time images with exceptional frame rate, uniformity and penetration.
XRES Pro, the next-generation image processing
XRES Pro, the next-generation image processing
At real-time frame rates, XRES Pro uses multi-parametric precision filters that subdivide image elements, analyze this data and then apply advanced algorithms to sharpen borders and interfaces and provide superb tissue conspicuity. XRES Pro also offers enhanced assessment of plaque morphology. XRES Pro allows you full adjustability to match the level of enhancement to clinical imaging requirements for elevated diagnostic confidence with virtually all patients.
XRES Pro, the next-generation image processing
At real-time frame rates, XRES Pro uses multi-parametric precision filters that subdivide image elements, analyze this data and then apply advanced algorithms to sharpen borders and interfaces and provide superb tissue conspicuity. XRES Pro also offers enhanced assessment of plaque morphology. XRES Pro allows you full adjustability to match the level of enhancement to clinical imaging requirements for elevated diagnostic confidence with virtually all patients.
XRES Pro, the next-generation image processing
At real-time frame rates, XRES Pro uses multi-parametric precision filters that subdivide image elements, analyze this data and then apply advanced algorithms to sharpen borders and interfaces and provide superb tissue conspicuity. XRES Pro also offers enhanced assessment of plaque morphology. XRES Pro allows you full adjustability to match the level of enhancement to clinical imaging requirements for elevated diagnostic confidence with virtually all patients.
At real-time frame rates, XRES Pro uses multi-parametric precision filters that subdivide image elements, analyze this data and then apply advanced algorithms to sharpen borders and interfaces and provide superb tissue conspicuity. XRES Pro also offers enhanced assessment of plaque morphology. XRES Pro allows you full adjustability to match the level of enhancement to clinical imaging requirements for elevated diagnostic confidence with virtually all patients.
MicroFlow Imaging
MicroFlow Imaging
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
MicroFlow Imaging
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
MicroFlow Imaging
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
Designed to detect slow and weak blood flow anatomy in tissue. This proprietary approach overcomes many of the barriers associated with conventional methods to detect small vessel blood flow with high resolution and minimal artifacts. MicroFlow Imaging maintains high frame rate and 2D image quality while applying advanced artifact reduction techniques to reveal small vessel anatomy
PureWave & xMatrix technology
PureWave & xMatrix transducer technology
The power of PureWave for exceptional imaging even on technically difficult patients. PureWave crystal technology represents the biggest breakthrough in piezoelectric transducer material in 40 years. The pure, uniform crystals of PureWave have virtually perfect uniformity for greater bandwidth and twice the efficiency of conventional ceramic materials.
PureWave & xMatrix transducer technology
The power of PureWave for exceptional imaging even on technically difficult patients. PureWave crystal technology represents the biggest breakthrough in piezoelectric transducer material in 40 years. The pure, uniform crystals of PureWave have virtually perfect uniformity for greater bandwidth and twice the efficiency of conventional ceramic materials.
PureWave & xMatrix transducer technology
The power of PureWave for exceptional imaging even on technically difficult patients. PureWave crystal technology represents the biggest breakthrough in piezoelectric transducer material in 40 years. The pure, uniform crystals of PureWave have virtually perfect uniformity for greater bandwidth and twice the efficiency of conventional ceramic materials.
The power of PureWave for exceptional imaging even on technically difficult patients. PureWave crystal technology represents the biggest breakthrough in piezoelectric transducer material in 40 years. The pure, uniform crystals of PureWave have virtually perfect uniformity for greater bandwidth and twice the efficiency of conventional ceramic materials.
xMatrix transducers, powerful and versatile
xMatrix transducers, powerful and versatile
No other premium ultrasound solution can run xMatrix, the comprehensive suite of the world’s most innovative ultrasound transducers. Achieve ultra-thin 2D slices. Use Live xPlane imaging to create two full-resolution planes simultaneously, allowing you to capture twice as much clinical information in the same amount of time. Acquire near-isovoxel resolution to reveal images from any plane within the volume.
xMatrix transducers, powerful and versatile
No other premium ultrasound solution can run xMatrix, the comprehensive suite of the world’s most innovative ultrasound transducers. Achieve ultra-thin 2D slices. Use Live xPlane imaging to create two full-resolution planes simultaneously, allowing you to capture twice as much clinical information in the same amount of time. Acquire near-isovoxel resolution to reveal images from any plane within the volume.
xMatrix transducers, powerful and versatile
No other premium ultrasound solution can run xMatrix, the comprehensive suite of the world’s most innovative ultrasound transducers. Achieve ultra-thin 2D slices. Use Live xPlane imaging to create two full-resolution planes simultaneously, allowing you to capture twice as much clinical information in the same amount of time. Acquire near-isovoxel resolution to reveal images from any plane within the volume.
No other premium ultrasound solution can run xMatrix, the comprehensive suite of the world’s most innovative ultrasound transducers. Achieve ultra-thin 2D slices. Use Live xPlane imaging to create two full-resolution planes simultaneously, allowing you to capture twice as much clinical information in the same amount of time. Acquire near-isovoxel resolution to reveal images from any plane within the volume.
24" HD MAX display
24" HD MAX display
This new immersive 24” display monitor offers the ultimate ultrasound visualization experience, with an ultra-wide color gamut of 10-bit color depth that uses billions of colors for accurate color reproduction. In addition, it provides high-contrast dynamic range and enhanced black levels for subtle delineation of grayscale values. HD MAX features superb off-angle viewing for visualization of clinical images throughout the scanning room.
24" HD MAX display
This new immersive 24” display monitor offers the ultimate ultrasound visualization experience, with an ultra-wide color gamut of 10-bit color depth that uses billions of colors for accurate color reproduction. In addition, it provides high-contrast dynamic range and enhanced black levels for subtle delineation of grayscale values. HD MAX features superb off-angle viewing for visualization of clinical images throughout the scanning room.
24" HD MAX display
This new immersive 24” display monitor offers the ultimate ultrasound visualization experience, with an ultra-wide color gamut of 10-bit color depth that uses billions of colors for accurate color reproduction. In addition, it provides high-contrast dynamic range and enhanced black levels for subtle delineation of grayscale values. HD MAX features superb off-angle viewing for visualization of clinical images throughout the scanning room.
This new immersive 24” display monitor offers the ultimate ultrasound visualization experience, with an ultra-wide color gamut of 10-bit color depth that uses billions of colors for accurate color reproduction. In addition, it provides high-contrast dynamic range and enhanced black levels for subtle delineation of grayscale values. HD MAX features superb off-angle viewing for visualization of clinical images throughout the scanning room.
Auto Doppler
Auto Doppler
Automatically adjusts for optimal flow sensitivity and resolution, reducing 10 steps to 3 steps and also reducing the number of repetitive button pushes by an average of 68%.
Auto Doppler
Automatically adjusts for optimal flow sensitivity and resolution, reducing 10 steps to 3 steps and also reducing the number of repetitive button pushes by an average of 68%.
Auto Doppler
Automatically adjusts for optimal flow sensitivity and resolution, reducing 10 steps to 3 steps and also reducing the number of repetitive button pushes by an average of 68%.
Automatically adjusts for optimal flow sensitivity and resolution, reducing 10 steps to 3 steps and also reducing the number of repetitive button pushes by an average of 68%.
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
At the heart of the powerful EPIQ Elite architecture is our Philips exclusive Anatomical Intelligence Ultrasound (AIUS), designed to elevate the ultrasound system from a passive to an actively adaptive device. With advanced organ modeling, image slicing, and proven quantification, exams are easy to perform, more reproducible, and deliver new levels of clinical information. Some examples of our AIUS capabilities include HeartModel, AI Breast and Auto-registration of image fusion and navigation.
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
At the heart of the powerful EPIQ Elite architecture is our Philips exclusive Anatomical Intelligence Ultrasound (AIUS), designed to elevate the ultrasound system from a passive to an actively adaptive device. With advanced organ modeling, image slicing, and proven quantification, exams are easy to perform, more reproducible, and deliver new levels of clinical information. Some examples of our AIUS capabilities include HeartModel, AI Breast and Auto-registration of image fusion and navigation.
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
At the heart of the powerful EPIQ Elite architecture is our Philips exclusive Anatomical Intelligence Ultrasound (AIUS), designed to elevate the ultrasound system from a passive to an actively adaptive device. With advanced organ modeling, image slicing, and proven quantification, exams are easy to perform, more reproducible, and deliver new levels of clinical information. Some examples of our AIUS capabilities include HeartModel, AI Breast and Auto-registration of image fusion and navigation.
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
Anatomically Intelligent ultrasound - machine intelligence for faster more reproducible analysis
At the heart of the powerful EPIQ Elite architecture is our Philips exclusive Anatomical Intelligence Ultrasound (AIUS), designed to elevate the ultrasound system from a passive to an actively adaptive device. With advanced organ modeling, image slicing, and proven quantification, exams are easy to perform, more reproducible, and deliver new levels of clinical information. Some examples of our AIUS capabilities include HeartModel, AI Breast and Auto-registration of image fusion and navigation.
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Make confident decisions even in challenging diagnostic cases with fully integrated fusion capabilities that feature streamlined workflows to allow clinicians to achieve fast and effective fusion of CT/MR/PET with live ultrasound. By combining imaging modalities directly on the ultrasound system, you now have access to an even more powerful diagnostic tool with advanced visualization allowing for fast clinical decisions. Expand fusion and navigation capabilities through a range of transducers across applications, including the X6-1 xMatrix, C5-1, C9-2, eL18-4, L12-5, C10-4ec, S5-1 and the new mC7-2.
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Make confident decisions even in challenging diagnostic cases with fully integrated fusion capabilities that feature streamlined workflows to allow clinicians to achieve fast and effective fusion of CT/MR/PET with live ultrasound. By combining imaging modalities directly on the ultrasound system, you now have access to an even more powerful diagnostic tool with advanced visualization allowing for fast clinical decisions. Expand fusion and navigation capabilities through a range of transducers across applications, including the X6-1 xMatrix, C5-1, C9-2, eL18-4, L12-5, C10-4ec, S5-1 and the new mC7-2.
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Make confident decisions even in challenging diagnostic cases with fully integrated fusion capabilities that feature streamlined workflows to allow clinicians to achieve fast and effective fusion of CT/MR/PET with live ultrasound. By combining imaging modalities directly on the ultrasound system, you now have access to an even more powerful diagnostic tool with advanced visualization allowing for fast clinical decisions. Expand fusion and navigation capabilities through a range of transducers across applications, including the X6-1 xMatrix, C5-1, C9-2, eL18-4, L12-5, C10-4ec, S5-1 and the new mC7-2.
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Image Fusion and Navigation-Easy to use modality fusion and interventional guidance
Make confident decisions even in challenging diagnostic cases with fully integrated fusion capabilities that feature streamlined workflows to allow clinicians to achieve fast and effective fusion of CT/MR/PET with live ultrasound. By combining imaging modalities directly on the ultrasound system, you now have access to an even more powerful diagnostic tool with advanced visualization allowing for fast clinical decisions. Expand fusion and navigation capabilities through a range of transducers across applications, including the X6-1 xMatrix, C5-1, C9-2, eL18-4, L12-5, C10-4ec, S5-1 and the new mC7-2.
Collaboration Live
Collaboration Live
Extend your team without expanding it. Collaboration Live is a communication platform that facilitates communication between a compatible ultrasound system and a remote user. With simultaneous Multi-party communication up to six users can quickly and securely talk, text, screen share and video stream directly from the ultrasound system for access to multiple clinical resources at a distance.
Collaboration Live
Extend your team without expanding it. Collaboration Live is a communication platform that facilitates communication between a compatible ultrasound system and a remote user. With simultaneous Multi-party communication up to six users can quickly and securely talk, text, screen share and video stream directly from the ultrasound system for access to multiple clinical resources at a distance.
Collaboration Live
Extend your team without expanding it. Collaboration Live is a communication platform that facilitates communication between a compatible ultrasound system and a remote user. With simultaneous Multi-party communication up to six users can quickly and securely talk, text, screen share and video stream directly from the ultrasound system for access to multiple clinical resources at a distance.
Extend your team without expanding it. Collaboration Live is a communication platform that facilitates communication between a compatible ultrasound system and a remote user. With simultaneous Multi-party communication up to six users can quickly and securely talk, text, screen share and video stream directly from the ultrasound system for access to multiple clinical resources at a distance.
Powerful system security - protecting sensitive patient data
Powerful system security - protecting sensitive patient data
Hospitals and healthcare organizations are spending more to protect their systems and patient data from cyber-attacks. That is why healthcare cybersecurity spending will exceed $65 billion over the next five years. Ultrasound devices are highly mobile and can exist in a wired or wireless environment. As a result, Philips has made security a high priority for ultrasound systems. The EPIQ Elite platform is built on Window 10 OS and features a powerful defense-in-depth principle and deliver an outstanding set of data security features comprising of five core layers.
Powerful system security - protecting sensitive patient data
Hospitals and healthcare organizations are spending more to protect their systems and patient data from cyber-attacks. That is why healthcare cybersecurity spending will exceed $65 billion over the next five years. Ultrasound devices are highly mobile and can exist in a wired or wireless environment. As a result, Philips has made security a high priority for ultrasound systems. The EPIQ Elite platform is built on Window 10 OS and features a powerful defense-in-depth principle and deliver an outstanding set of data security features comprising of five core layers.
Powerful system security - protecting sensitive patient data
Hospitals and healthcare organizations are spending more to protect their systems and patient data from cyber-attacks. That is why healthcare cybersecurity spending will exceed $65 billion over the next five years. Ultrasound devices are highly mobile and can exist in a wired or wireless environment. As a result, Philips has made security a high priority for ultrasound systems. The EPIQ Elite platform is built on Window 10 OS and features a powerful defense-in-depth principle and deliver an outstanding set of data security features comprising of five core layers.
Powerful system security - protecting sensitive patient data
Powerful system security - protecting sensitive patient data
Hospitals and healthcare organizations are spending more to protect their systems and patient data from cyber-attacks. That is why healthcare cybersecurity spending will exceed $65 billion over the next five years. Ultrasound devices are highly mobile and can exist in a wired or wireless environment. As a result, Philips has made security a high priority for ultrasound systems. The EPIQ Elite platform is built on Window 10 OS and features a powerful defense-in-depth principle and deliver an outstanding set of data security features comprising of five core layers.
Service
Service
The need to do more with less, rising case complexity and additional care settings put challenges with staffing, skill variability and standardization into sharp focus. This is where our services and solutions can help - get service tailored for your needs with our RightFit contracts, clinical and technical education and training to keep skills fresh, maximize your equipment investment with Technology Maximizer, and extend your team without expanding it with Collaboration Live.
Service
The need to do more with less, rising case complexity and additional care settings put challenges with staffing, skill variability and standardization into sharp focus. This is where our services and solutions can help - get service tailored for your needs with our RightFit contracts, clinical and technical education and training to keep skills fresh, maximize your equipment investment with Technology Maximizer, and extend your team without expanding it with Collaboration Live.
Service
The need to do more with less, rising case complexity and additional care settings put challenges with staffing, skill variability and standardization into sharp focus. This is where our services and solutions can help - get service tailored for your needs with our RightFit contracts, clinical and technical education and training to keep skills fresh, maximize your equipment investment with Technology Maximizer, and extend your team without expanding it with Collaboration Live.
The need to do more with less, rising case complexity and additional care settings put challenges with staffing, skill variability and standardization into sharp focus. This is where our services and solutions can help - get service tailored for your needs with our RightFit contracts, clinical and technical education and training to keep skills fresh, maximize your equipment investment with Technology Maximizer, and extend your team without expanding it with Collaboration Live.
Education
Education
Our comprehensive education programs are designed to support clinical excellence, increase the use of advanced system features, instill physician confidence in the quality of exams, enhance workflow and productivity, foster professional growth and teamwork, and ultimately deliver an outstanding patient experience.
Education
Our comprehensive education programs are designed to support clinical excellence, increase the use of advanced system features, instill physician confidence in the quality of exams, enhance workflow and productivity, foster professional growth and teamwork, and ultimately deliver an outstanding patient experience.
Education
Our comprehensive education programs are designed to support clinical excellence, increase the use of advanced system features, instill physician confidence in the quality of exams, enhance workflow and productivity, foster professional growth and teamwork, and ultimately deliver an outstanding patient experience.
Our comprehensive education programs are designed to support clinical excellence, increase the use of advanced system features, instill physician confidence in the quality of exams, enhance workflow and productivity, foster professional growth and teamwork, and ultimately deliver an outstanding patient experience.
Available in select countries. Please consult your Philips representative for further details.
*based on a sample size of 20 users
***Compared to previous capability
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