This X-ray acquisition technique generates a complete high-resolution 3D visualization of cerebral, cardiac, abdominal or peripheral vasculature from a single rotational angiography run – all controlled via the touch screen at the table. This can improve visibility of tortuous or complex anatomy that may not be seen on a 2D or DSA image.
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3D imaging at table side
3D imaging at table side
With the touch screen, you can easily acquire 3D images and interact with SmartCT tools in a natural and effortless way. Once acquired, the SmartCT viewing application automatically opens your 3D image with the correct rendering and viewing tools on the touch screen module. All tools work with touch screen simplicity within the sterile area.
3D imaging at table side
With the touch screen, you can easily acquire 3D images and interact with SmartCT tools in a natural and effortless way. Once acquired, the SmartCT viewing application automatically opens your 3D image with the correct rendering and viewing tools on the touch screen module. All tools work with touch screen simplicity within the sterile area.
3D imaging at table side
With the touch screen, you can easily acquire 3D images and interact with SmartCT tools in a natural and effortless way. Once acquired, the SmartCT viewing application automatically opens your 3D image with the correct rendering and viewing tools on the touch screen module. All tools work with touch screen simplicity within the sterile area.
With the touch screen, you can easily acquire 3D images and interact with SmartCT tools in a natural and effortless way. Once acquired, the SmartCT viewing application automatically opens your 3D image with the correct rendering and viewing tools on the touch screen module. All tools work with touch screen simplicity within the sterile area.
Reveal information not apparent on 2D or DSA images
Reveal information not apparent on 2D or DSA images
SmartCT offers advanced reconstruction techniques to improve anatomical visualization. Once acquired, you can manipulate advanced visualizations such as 3D MPR on the table side touch screen to evaluate the type and extent of disease and surrounding tissues with great detail. SmartCT 3D images can help reveal information not apparent on 2D or DSA images, which can impact clinical decisions.
Reveal information not apparent on 2D or DSA images
SmartCT offers advanced reconstruction techniques to improve anatomical visualization. Once acquired, you can manipulate advanced visualizations such as 3D MPR on the table side touch screen to evaluate the type and extent of disease and surrounding tissues with great detail. SmartCT 3D images can help reveal information not apparent on 2D or DSA images, which can impact clinical decisions.
Reveal information not apparent on 2D or DSA images
SmartCT offers advanced reconstruction techniques to improve anatomical visualization. Once acquired, you can manipulate advanced visualizations such as 3D MPR on the table side touch screen to evaluate the type and extent of disease and surrounding tissues with great detail. SmartCT 3D images can help reveal information not apparent on 2D or DSA images, which can impact clinical decisions.
Reveal information not apparent on 2D or DSA images
Reveal information not apparent on 2D or DSA images
SmartCT offers advanced reconstruction techniques to improve anatomical visualization. Once acquired, you can manipulate advanced visualizations such as 3D MPR on the table side touch screen to evaluate the type and extent of disease and surrounding tissues with great detail. SmartCT 3D images can help reveal information not apparent on 2D or DSA images, which can impact clinical decisions.
Select two points of a vessel to quickly define a vessel path on a 3D volume. The path is automatically detected and rendered in different views to support easy inspection of vessel and device positioning with straightened, curved and cross-section reformats. The vessel dimensions are automatically extracted, and landing zones can be specified and later overlaid on live fluoroscopy. Finally, optimal projection angles for catheterization can be identified and later recalled with a single button press.
Select two points of a vessel to quickly define a vessel path on a 3D volume. The path is automatically detected and rendered in different views to support easy inspection of vessel and device positioning with straightened, curved and cross-section reformats. The vessel dimensions are automatically extracted, and landing zones can be specified and later overlaid on live fluoroscopy. Finally, optimal projection angles for catheterization can be identified and later recalled with a single button press.
Select two points of a vessel to quickly define a vessel path on a 3D volume. The path is automatically detected and rendered in different views to support easy inspection of vessel and device positioning with straightened, curved and cross-section reformats. The vessel dimensions are automatically extracted, and landing zones can be specified and later overlaid on live fluoroscopy. Finally, optimal projection angles for catheterization can be identified and later recalled with a single button press.
Select two points of a vessel to quickly define a vessel path on a 3D volume. The path is automatically detected and rendered in different views to support easy inspection of vessel and device positioning with straightened, curved and cross-section reformats. The vessel dimensions are automatically extracted, and landing zones can be specified and later overlaid on live fluoroscopy. Finally, optimal projection angles for catheterization can be identified and later recalled with a single button press.
Easily perform two-point measurements on screen
Easily perform two-point measurements on screen
Quickly measure distances on a 2D or 3D image with two-point measurements on the touch screen. This can help quickly check the trajectory to a target vessel, measure distances for stent deployment, measure the size of anatomy or identify a discrepancy to speed up planning of the optimal treatment angle and aid navigation.
Easily perform two-point measurements on screen
Quickly measure distances on a 2D or 3D image with two-point measurements on the touch screen. This can help quickly check the trajectory to a target vessel, measure distances for stent deployment, measure the size of anatomy or identify a discrepancy to speed up planning of the optimal treatment angle and aid navigation.
Easily perform two-point measurements on screen
Quickly measure distances on a 2D or 3D image with two-point measurements on the touch screen. This can help quickly check the trajectory to a target vessel, measure distances for stent deployment, measure the size of anatomy or identify a discrepancy to speed up planning of the optimal treatment angle and aid navigation.
Quickly measure distances on a 2D or 3D image with two-point measurements on the touch screen. This can help quickly check the trajectory to a target vessel, measure distances for stent deployment, measure the size of anatomy or identify a discrepancy to speed up planning of the optimal treatment angle and aid navigation.
Quickly define any structure of interest
Quickly define any structure of interest
The SmartCT semi-automatic lesion segmentation tool allows you to easily define any structure of interest, measure its volume and remove anatomy to improve visualization.
Quickly define any structure of interest
The SmartCT semi-automatic lesion segmentation tool allows you to easily define any structure of interest, measure its volume and remove anatomy to improve visualization.
Quickly define any structure of interest
The SmartCT semi-automatic lesion segmentation tool allows you to easily define any structure of interest, measure its volume and remove anatomy to improve visualization.
The SmartCT semi-automatic lesion segmentation tool allows you to easily define any structure of interest, measure its volume and remove anatomy to improve visualization.
3D imaging at table side
Reveal information not apparent on 2D or DSA images
With the touch screen, you can easily acquire 3D images and interact with SmartCT tools in a natural and effortless way. Once acquired, the SmartCT viewing application automatically opens your 3D image with the correct rendering and viewing tools on the touch screen module. All tools work with touch screen simplicity within the sterile area.
3D imaging at table side
With the touch screen, you can easily acquire 3D images and interact with SmartCT tools in a natural and effortless way. Once acquired, the SmartCT viewing application automatically opens your 3D image with the correct rendering and viewing tools on the touch screen module. All tools work with touch screen simplicity within the sterile area.
3D imaging at table side
With the touch screen, you can easily acquire 3D images and interact with SmartCT tools in a natural and effortless way. Once acquired, the SmartCT viewing application automatically opens your 3D image with the correct rendering and viewing tools on the touch screen module. All tools work with touch screen simplicity within the sterile area.
With the touch screen, you can easily acquire 3D images and interact with SmartCT tools in a natural and effortless way. Once acquired, the SmartCT viewing application automatically opens your 3D image with the correct rendering and viewing tools on the touch screen module. All tools work with touch screen simplicity within the sterile area.
Reveal information not apparent on 2D or DSA images
Reveal information not apparent on 2D or DSA images
SmartCT offers advanced reconstruction techniques to improve anatomical visualization. Once acquired, you can manipulate advanced visualizations such as 3D MPR on the table side touch screen to evaluate the type and extent of disease and surrounding tissues with great detail. SmartCT 3D images can help reveal information not apparent on 2D or DSA images, which can impact clinical decisions.
Reveal information not apparent on 2D or DSA images
SmartCT offers advanced reconstruction techniques to improve anatomical visualization. Once acquired, you can manipulate advanced visualizations such as 3D MPR on the table side touch screen to evaluate the type and extent of disease and surrounding tissues with great detail. SmartCT 3D images can help reveal information not apparent on 2D or DSA images, which can impact clinical decisions.
Reveal information not apparent on 2D or DSA images
SmartCT offers advanced reconstruction techniques to improve anatomical visualization. Once acquired, you can manipulate advanced visualizations such as 3D MPR on the table side touch screen to evaluate the type and extent of disease and surrounding tissues with great detail. SmartCT 3D images can help reveal information not apparent on 2D or DSA images, which can impact clinical decisions.
Reveal information not apparent on 2D or DSA images
Reveal information not apparent on 2D or DSA images
SmartCT offers advanced reconstruction techniques to improve anatomical visualization. Once acquired, you can manipulate advanced visualizations such as 3D MPR on the table side touch screen to evaluate the type and extent of disease and surrounding tissues with great detail. SmartCT 3D images can help reveal information not apparent on 2D or DSA images, which can impact clinical decisions.
Select two points of a vessel to quickly define a vessel path on a 3D volume. The path is automatically detected and rendered in different views to support easy inspection of vessel and device positioning with straightened, curved and cross-section reformats. The vessel dimensions are automatically extracted, and landing zones can be specified and later overlaid on live fluoroscopy. Finally, optimal projection angles for catheterization can be identified and later recalled with a single button press.
Select two points of a vessel to quickly define a vessel path on a 3D volume. The path is automatically detected and rendered in different views to support easy inspection of vessel and device positioning with straightened, curved and cross-section reformats. The vessel dimensions are automatically extracted, and landing zones can be specified and later overlaid on live fluoroscopy. Finally, optimal projection angles for catheterization can be identified and later recalled with a single button press.
Select two points of a vessel to quickly define a vessel path on a 3D volume. The path is automatically detected and rendered in different views to support easy inspection of vessel and device positioning with straightened, curved and cross-section reformats. The vessel dimensions are automatically extracted, and landing zones can be specified and later overlaid on live fluoroscopy. Finally, optimal projection angles for catheterization can be identified and later recalled with a single button press.
Select two points of a vessel to quickly define a vessel path on a 3D volume. The path is automatically detected and rendered in different views to support easy inspection of vessel and device positioning with straightened, curved and cross-section reformats. The vessel dimensions are automatically extracted, and landing zones can be specified and later overlaid on live fluoroscopy. Finally, optimal projection angles for catheterization can be identified and later recalled with a single button press.
Easily perform two-point measurements on screen
Easily perform two-point measurements on screen
Quickly measure distances on a 2D or 3D image with two-point measurements on the touch screen. This can help quickly check the trajectory to a target vessel, measure distances for stent deployment, measure the size of anatomy or identify a discrepancy to speed up planning of the optimal treatment angle and aid navigation.
Easily perform two-point measurements on screen
Quickly measure distances on a 2D or 3D image with two-point measurements on the touch screen. This can help quickly check the trajectory to a target vessel, measure distances for stent deployment, measure the size of anatomy or identify a discrepancy to speed up planning of the optimal treatment angle and aid navigation.
Easily perform two-point measurements on screen
Quickly measure distances on a 2D or 3D image with two-point measurements on the touch screen. This can help quickly check the trajectory to a target vessel, measure distances for stent deployment, measure the size of anatomy or identify a discrepancy to speed up planning of the optimal treatment angle and aid navigation.
Quickly measure distances on a 2D or 3D image with two-point measurements on the touch screen. This can help quickly check the trajectory to a target vessel, measure distances for stent deployment, measure the size of anatomy or identify a discrepancy to speed up planning of the optimal treatment angle and aid navigation.
Quickly define any structure of interest
Quickly define any structure of interest
The SmartCT semi-automatic lesion segmentation tool allows you to easily define any structure of interest, measure its volume and remove anatomy to improve visualization.
Quickly define any structure of interest
The SmartCT semi-automatic lesion segmentation tool allows you to easily define any structure of interest, measure its volume and remove anatomy to improve visualization.
Quickly define any structure of interest
The SmartCT semi-automatic lesion segmentation tool allows you to easily define any structure of interest, measure its volume and remove anatomy to improve visualization.
The SmartCT semi-automatic lesion segmentation tool allows you to easily define any structure of interest, measure its volume and remove anatomy to improve visualization.
By clicking on the link, you will be leaving the official Royal Philips ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.
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