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EchoNavigator

Live echo and live X-ray fusion tool

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EchoNavigator automatically fuses live 3D TEE and live X-ray in real time. The solution assists heart teams with intuitive image guidance during procedures where both real-time X-ray and echo imaging are used and fused together.

Contact & support
Features
Automated markers give context and guidance
Automated markers give context and guidance

Automated markers give context and guidance

Markers placed on the soft tissue structures within the echo image automatically appear on the X-ray for context and guidance.

Automated markers give context and guidance

Automated markers give context and guidance
Markers placed on the soft tissue structures within the echo image automatically appear on the X-ray for context and guidance.

Automated markers give context and guidance

Markers placed on the soft tissue structures within the echo image automatically appear on the X-ray for context and guidance.
Click here for more information
Automated markers give context and guidance
Automated markers give context and guidance

Automated markers give context and guidance

Markers placed on the soft tissue structures within the echo image automatically appear on the X-ray for context and guidance.
Facilitates teamwork and communication in the lab
Smooth workflow

Smooth workflow

Transparent communication and understanding are necessary between the echocardiographer and the interventionalist or surgeon to ensure agreement on how to proceed. By automatically fusing echo and X-ray images, EchoNavigator speeds up this process and enhances teamwork.

Smooth workflow

Smooth workflow
Transparent communication and understanding are necessary between the echocardiographer and the interventionalist or surgeon to ensure agreement on how to proceed. By automatically fusing echo and X-ray images, EchoNavigator speeds up this process and enhances teamwork.

Smooth workflow

Transparent communication and understanding are necessary between the echocardiographer and the interventionalist or surgeon to ensure agreement on how to proceed. By automatically fusing echo and X-ray images, EchoNavigator speeds up this process and enhances teamwork.
Click here for more information
Facilitates teamwork and communication in the lab
Smooth workflow

Smooth workflow

Transparent communication and understanding are necessary between the echocardiographer and the interventionalist or surgeon to ensure agreement on how to proceed. By automatically fusing echo and X-ray images, EchoNavigator speeds up this process and enhances teamwork.
Live 3D TEE
Additional reference point through TEE cone

Additional reference point through TEE cone

The TEE field of view (cone) is displayed as an outline to give you an additional reference point while working. 3D transesophageal echocardiography (TEE) imaging provides critical insights into soft tissue anatomy.

Additional reference point through TEE cone

Additional reference point through TEE cone
The TEE field of view (cone) is displayed as an outline to give you an additional reference point while working. 3D transesophageal echocardiography (TEE) imaging provides critical insights into soft tissue anatomy.

Additional reference point through TEE cone

The TEE field of view (cone) is displayed as an outline to give you an additional reference point while working. 3D transesophageal echocardiography (TEE) imaging provides critical insights into soft tissue anatomy.
Click here for more information
Live 3D TEE
Additional reference point through TEE cone

Additional reference point through TEE cone

The TEE field of view (cone) is displayed as an outline to give you an additional reference point while working. 3D transesophageal echocardiography (TEE) imaging provides critical insights into soft tissue anatomy.
Three useful perspectives
Three perspectives for enhanced visualization of situation

Three perspectives for enhanced visualization of situation

Up to three different echo views of anatomical structures can be shown simultaneously to enhance vizualisation of soft tissue anatomy and the device location.

Three perspectives for enhanced visualization of situation

Three perspectives for enhanced visualization of situation
Up to three different echo views of anatomical structures can be shown simultaneously to enhance vizualisation of soft tissue anatomy and the device location.

Three perspectives for enhanced visualization of situation

Up to three different echo views of anatomical structures can be shown simultaneously to enhance vizualisation of soft tissue anatomy and the device location.
Click here for more information
Three useful perspectives
Three perspectives for enhanced visualization of situation

Three perspectives for enhanced visualization of situation

Up to three different echo views of anatomical structures can be shown simultaneously to enhance vizualisation of soft tissue anatomy and the device location.
Intuitive link and automatic orientation
Always the same orientation and perspective

Always the same orientation and perspective

The TEE transducer position and orientation are automatically tracked in the X-ray image, allowing the echo and the X-ray image to move in sync when the C-arm is repositioned.

Always the same orientation and perspective

Always the same orientation and perspective
The TEE transducer position and orientation are automatically tracked in the X-ray image, allowing the echo and the X-ray image to move in sync when the C-arm is repositioned.

Always the same orientation and perspective

The TEE transducer position and orientation are automatically tracked in the X-ray image, allowing the echo and the X-ray image to move in sync when the C-arm is repositioned.
Click here for more information
Intuitive link and automatic orientation
Always the same orientation and perspective

Always the same orientation and perspective

The TEE transducer position and orientation are automatically tracked in the X-ray image, allowing the echo and the X-ray image to move in sync when the C-arm is repositioned.
Quick zoom and hanging views
Conveniently change views from tableside

Conveniently change views from tableside

Changing views of the anatomical structures in the echo data can be carried out from tableside for your convenience.

Conveniently change views from tableside

Conveniently change views from tableside
Changing views of the anatomical structures in the echo data can be carried out from tableside for your convenience.

Conveniently change views from tableside

Changing views of the anatomical structures in the echo data can be carried out from tableside for your convenience.
Click here for more information
Quick zoom and hanging views
Conveniently change views from tableside

Conveniently change views from tableside

Changing views of the anatomical structures in the echo data can be carried out from tableside for your convenience.
Fast, intuitive multi-modality
Multi-modality guidance

Multi-modality guidance

The intuitive EPIQ touch screen on the EPIQ CVxi system allows for seamless switching between live echo and live X-ray views. Quickly manipulate multi-modality layouts, select the 2D/3D views you prefer, and add anatomical markers to aid catheter and device navigation.

Multi-modality guidance

Multi-modality guidance
The intuitive EPIQ touch screen on the EPIQ CVxi system allows for seamless switching between live echo and live X-ray views. Quickly manipulate multi-modality layouts, select the 2D/3D views you prefer, and add anatomical markers to aid catheter and device navigation.

Multi-modality guidance

The intuitive EPIQ touch screen on the EPIQ CVxi system allows for seamless switching between live echo and live X-ray views. Quickly manipulate multi-modality layouts, select the 2D/3D views you prefer, and add anatomical markers to aid catheter and device navigation.
Click here for more information
Fast, intuitive multi-modality
Multi-modality guidance

Multi-modality guidance

The intuitive EPIQ touch screen on the EPIQ CVxi system allows for seamless switching between live echo and live X-ray views. Quickly manipulate multi-modality layouts, select the 2D/3D views you prefer, and add anatomical markers to aid catheter and device navigation.
Create 3D segmentation models
Create 3D segmentation models of the heart

Create 3D segmentation models of the heart

Cardiac landmarks and models from echo imaging automatically appear on X-ray, giving you valuable context. Receive step-by-step guidance to create annotations of the optimal transseptal area, and benefit from mitral valve anatomical modeling including mitral valve leaflets.

Create 3D segmentation models of the heart

Create 3D segmentation models of the heart
Cardiac landmarks and models from echo imaging automatically appear on X-ray, giving you valuable context. Receive step-by-step guidance to create annotations of the optimal transseptal area, and benefit from mitral valve anatomical modeling including mitral valve leaflets.

Create 3D segmentation models of the heart

Cardiac landmarks and models from echo imaging automatically appear on X-ray, giving you valuable context. Receive step-by-step guidance to create annotations of the optimal transseptal area, and benefit from mitral valve anatomical modeling including mitral valve leaflets.
Click here for more information
Create 3D segmentation models
Create 3D segmentation models of the heart

Create 3D segmentation models of the heart

Cardiac landmarks and models from echo imaging automatically appear on X-ray, giving you valuable context. Receive step-by-step guidance to create annotations of the optimal transseptal area, and benefit from mitral valve anatomical modeling including mitral valve leaflets.
See what you need to see
See what you need to see

See what you need to see

Gain an optimal clinical view with automatic MPR views based on 3D heart models, including presets for the aortic, mitral and tricuspid valves. MultiVue integration allows you to manipulate the MultiVue planes and select them for fusion view.

See what you need to see

See what you need to see
Gain an optimal clinical view with automatic MPR views based on 3D heart models, including presets for the aortic, mitral and tricuspid valves. MultiVue integration allows you to manipulate the MultiVue planes and select them for fusion view.

See what you need to see

Gain an optimal clinical view with automatic MPR views based on 3D heart models, including presets for the aortic, mitral and tricuspid valves. MultiVue integration allows you to manipulate the MultiVue planes and select them for fusion view.
Click here for more information
See what you need to see
See what you need to see

See what you need to see

Gain an optimal clinical view with automatic MPR views based on 3D heart models, including presets for the aortic, mitral and tricuspid valves. MultiVue integration allows you to manipulate the MultiVue planes and select them for fusion view.
  • Automated markers give context and guidance
  • Facilitates teamwork and communication in the lab
  • Live 3D TEE
  • Three useful perspectives
See all features
Automated markers give context and guidance
Automated markers give context and guidance

Automated markers give context and guidance

Markers placed on the soft tissue structures within the echo image automatically appear on the X-ray for context and guidance.

Automated markers give context and guidance

Automated markers give context and guidance
Markers placed on the soft tissue structures within the echo image automatically appear on the X-ray for context and guidance.

Automated markers give context and guidance

Markers placed on the soft tissue structures within the echo image automatically appear on the X-ray for context and guidance.
Click here for more information
Automated markers give context and guidance
Automated markers give context and guidance

Automated markers give context and guidance

Markers placed on the soft tissue structures within the echo image automatically appear on the X-ray for context and guidance.
Facilitates teamwork and communication in the lab
Smooth workflow

Smooth workflow

Transparent communication and understanding are necessary between the echocardiographer and the interventionalist or surgeon to ensure agreement on how to proceed. By automatically fusing echo and X-ray images, EchoNavigator speeds up this process and enhances teamwork.

Smooth workflow

Smooth workflow
Transparent communication and understanding are necessary between the echocardiographer and the interventionalist or surgeon to ensure agreement on how to proceed. By automatically fusing echo and X-ray images, EchoNavigator speeds up this process and enhances teamwork.

Smooth workflow

Transparent communication and understanding are necessary between the echocardiographer and the interventionalist or surgeon to ensure agreement on how to proceed. By automatically fusing echo and X-ray images, EchoNavigator speeds up this process and enhances teamwork.
Click here for more information
Facilitates teamwork and communication in the lab
Smooth workflow

Smooth workflow

Transparent communication and understanding are necessary between the echocardiographer and the interventionalist or surgeon to ensure agreement on how to proceed. By automatically fusing echo and X-ray images, EchoNavigator speeds up this process and enhances teamwork.
Live 3D TEE
Additional reference point through TEE cone

Additional reference point through TEE cone

The TEE field of view (cone) is displayed as an outline to give you an additional reference point while working. 3D transesophageal echocardiography (TEE) imaging provides critical insights into soft tissue anatomy.

Additional reference point through TEE cone

Additional reference point through TEE cone
The TEE field of view (cone) is displayed as an outline to give you an additional reference point while working. 3D transesophageal echocardiography (TEE) imaging provides critical insights into soft tissue anatomy.

Additional reference point through TEE cone

The TEE field of view (cone) is displayed as an outline to give you an additional reference point while working. 3D transesophageal echocardiography (TEE) imaging provides critical insights into soft tissue anatomy.
Click here for more information
Live 3D TEE
Additional reference point through TEE cone

Additional reference point through TEE cone

The TEE field of view (cone) is displayed as an outline to give you an additional reference point while working. 3D transesophageal echocardiography (TEE) imaging provides critical insights into soft tissue anatomy.
Three useful perspectives
Three perspectives for enhanced visualization of situation

Three perspectives for enhanced visualization of situation

Up to three different echo views of anatomical structures can be shown simultaneously to enhance vizualisation of soft tissue anatomy and the device location.

Three perspectives for enhanced visualization of situation

Three perspectives for enhanced visualization of situation
Up to three different echo views of anatomical structures can be shown simultaneously to enhance vizualisation of soft tissue anatomy and the device location.

Three perspectives for enhanced visualization of situation

Up to three different echo views of anatomical structures can be shown simultaneously to enhance vizualisation of soft tissue anatomy and the device location.
Click here for more information
Three useful perspectives
Three perspectives for enhanced visualization of situation

Three perspectives for enhanced visualization of situation

Up to three different echo views of anatomical structures can be shown simultaneously to enhance vizualisation of soft tissue anatomy and the device location.
Intuitive link and automatic orientation
Always the same orientation and perspective

Always the same orientation and perspective

The TEE transducer position and orientation are automatically tracked in the X-ray image, allowing the echo and the X-ray image to move in sync when the C-arm is repositioned.

Always the same orientation and perspective

Always the same orientation and perspective
The TEE transducer position and orientation are automatically tracked in the X-ray image, allowing the echo and the X-ray image to move in sync when the C-arm is repositioned.

Always the same orientation and perspective

The TEE transducer position and orientation are automatically tracked in the X-ray image, allowing the echo and the X-ray image to move in sync when the C-arm is repositioned.
Click here for more information
Intuitive link and automatic orientation
Always the same orientation and perspective

Always the same orientation and perspective

The TEE transducer position and orientation are automatically tracked in the X-ray image, allowing the echo and the X-ray image to move in sync when the C-arm is repositioned.
Quick zoom and hanging views
Conveniently change views from tableside

Conveniently change views from tableside

Changing views of the anatomical structures in the echo data can be carried out from tableside for your convenience.

Conveniently change views from tableside

Conveniently change views from tableside
Changing views of the anatomical structures in the echo data can be carried out from tableside for your convenience.

Conveniently change views from tableside

Changing views of the anatomical structures in the echo data can be carried out from tableside for your convenience.
Click here for more information
Quick zoom and hanging views
Conveniently change views from tableside

Conveniently change views from tableside

Changing views of the anatomical structures in the echo data can be carried out from tableside for your convenience.
Fast, intuitive multi-modality
Multi-modality guidance

Multi-modality guidance

The intuitive EPIQ touch screen on the EPIQ CVxi system allows for seamless switching between live echo and live X-ray views. Quickly manipulate multi-modality layouts, select the 2D/3D views you prefer, and add anatomical markers to aid catheter and device navigation.

Multi-modality guidance

Multi-modality guidance
The intuitive EPIQ touch screen on the EPIQ CVxi system allows for seamless switching between live echo and live X-ray views. Quickly manipulate multi-modality layouts, select the 2D/3D views you prefer, and add anatomical markers to aid catheter and device navigation.

Multi-modality guidance

The intuitive EPIQ touch screen on the EPIQ CVxi system allows for seamless switching between live echo and live X-ray views. Quickly manipulate multi-modality layouts, select the 2D/3D views you prefer, and add anatomical markers to aid catheter and device navigation.
Click here for more information
Fast, intuitive multi-modality
Multi-modality guidance

Multi-modality guidance

The intuitive EPIQ touch screen on the EPIQ CVxi system allows for seamless switching between live echo and live X-ray views. Quickly manipulate multi-modality layouts, select the 2D/3D views you prefer, and add anatomical markers to aid catheter and device navigation.
Create 3D segmentation models
Create 3D segmentation models of the heart

Create 3D segmentation models of the heart

Cardiac landmarks and models from echo imaging automatically appear on X-ray, giving you valuable context. Receive step-by-step guidance to create annotations of the optimal transseptal area, and benefit from mitral valve anatomical modeling including mitral valve leaflets.

Create 3D segmentation models of the heart

Create 3D segmentation models of the heart
Cardiac landmarks and models from echo imaging automatically appear on X-ray, giving you valuable context. Receive step-by-step guidance to create annotations of the optimal transseptal area, and benefit from mitral valve anatomical modeling including mitral valve leaflets.

Create 3D segmentation models of the heart

Cardiac landmarks and models from echo imaging automatically appear on X-ray, giving you valuable context. Receive step-by-step guidance to create annotations of the optimal transseptal area, and benefit from mitral valve anatomical modeling including mitral valve leaflets.
Click here for more information
Create 3D segmentation models
Create 3D segmentation models of the heart

Create 3D segmentation models of the heart

Cardiac landmarks and models from echo imaging automatically appear on X-ray, giving you valuable context. Receive step-by-step guidance to create annotations of the optimal transseptal area, and benefit from mitral valve anatomical modeling including mitral valve leaflets.
See what you need to see
See what you need to see

See what you need to see

Gain an optimal clinical view with automatic MPR views based on 3D heart models, including presets for the aortic, mitral and tricuspid valves. MultiVue integration allows you to manipulate the MultiVue planes and select them for fusion view.

See what you need to see

See what you need to see
Gain an optimal clinical view with automatic MPR views based on 3D heart models, including presets for the aortic, mitral and tricuspid valves. MultiVue integration allows you to manipulate the MultiVue planes and select them for fusion view.

See what you need to see

Gain an optimal clinical view with automatic MPR views based on 3D heart models, including presets for the aortic, mitral and tricuspid valves. MultiVue integration allows you to manipulate the MultiVue planes and select them for fusion view.
Click here for more information
See what you need to see
See what you need to see

See what you need to see

Gain an optimal clinical view with automatic MPR views based on 3D heart models, including presets for the aortic, mitral and tricuspid valves. MultiVue integration allows you to manipulate the MultiVue planes and select them for fusion view.

Documentation

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