SmartPerfusion imaging technology provides interventionalists with an objective understanding of the impact of their treatment to help determine the outcome of perfusion procedures. Advanced guidance supports standardized comparisons and automated functions simplify clinical adoption.
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Guidance to standardize runs
Guidance to standardize runs
SmartPerfusion provides step-by-step guidance during the procedure to aid standardization of pre-and post-comparison runs. The C-arm and table position can be easily matched with the pre-run position and the catheter position is stored and visualized to standardize placement for injection.
Guidance to standardize runs
SmartPerfusion provides step-by-step guidance during the procedure to aid standardization of pre-and post-comparison runs. The C-arm and table position can be easily matched with the pre-run position and the catheter position is stored and visualized to standardize placement for injection.
Guidance to standardize runs
SmartPerfusion provides step-by-step guidance during the procedure to aid standardization of pre-and post-comparison runs. The C-arm and table position can be easily matched with the pre-run position and the catheter position is stored and visualized to standardize placement for injection.
SmartPerfusion provides step-by-step guidance during the procedure to aid standardization of pre-and post-comparison runs. The C-arm and table position can be easily matched with the pre-run position and the catheter position is stored and visualized to standardize placement for injection.
Easily align foot anatomy
Easily align foot anatomy
Overlay Pre-series supports efficient workflow by allowing easy alignment of foot anatomy in pre-and post-procedure runs. The images can be magnified to aid precise alignment. As the live and pre-procedure images are aligned with each other, there is a ‘match’ when the semitransparent overlay matches the pre-run position.
Easily align foot anatomy
Overlay Pre-series supports efficient workflow by allowing easy alignment of foot anatomy in pre-and post-procedure runs. The images can be magnified to aid precise alignment. As the live and pre-procedure images are aligned with each other, there is a ‘match’ when the semitransparent overlay matches the pre-run position.
Easily align foot anatomy
Overlay Pre-series supports efficient workflow by allowing easy alignment of foot anatomy in pre-and post-procedure runs. The images can be magnified to aid precise alignment. As the live and pre-procedure images are aligned with each other, there is a ‘match’ when the semitransparent overlay matches the pre-run position.
Overlay Pre-series supports efficient workflow by allowing easy alignment of foot anatomy in pre-and post-procedure runs. The images can be magnified to aid precise alignment. As the live and pre-procedure images are aligned with each other, there is a ‘match’ when the semitransparent overlay matches the pre-run position.
Easy run selection
Easy run selection
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Easy run selection
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Easy run selection
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Full table side control
Full table side control
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Full table side control
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Full table side control
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Compare multiple ROIs
Compare multiple ROIs
Clinicians can easily compare perfusion characteristics in multiple regions of interest (ROIs) in one image. Up to three ROIs can be created for one view. ROI’s can be automatic, as well as in user defined, ellipsoid and circular format.
Compare multiple ROIs
Clinicians can easily compare perfusion characteristics in multiple regions of interest (ROIs) in one image. Up to three ROIs can be created for one view. ROI’s can be automatic, as well as in user defined, ellipsoid and circular format.
Compare multiple ROIs
Clinicians can easily compare perfusion characteristics in multiple regions of interest (ROIs) in one image. Up to three ROIs can be created for one view. ROI’s can be automatic, as well as in user defined, ellipsoid and circular format.
Clinicians can easily compare perfusion characteristics in multiple regions of interest (ROIs) in one image. Up to three ROIs can be created for one view. ROI’s can be automatic, as well as in user defined, ellipsoid and circular format.
Compare up to 3 perfusion images
Compare up to 3 perfusion images
Perfusion characteristics in micro-and macro-circulation can be compared pre-, peri-and post-intervention. Up to three viewports can be displayed on one screen.
Compare up to 3 perfusion images
Perfusion characteristics in micro-and macro-circulation can be compared pre-, peri-and post-intervention. Up to three viewports can be displayed on one screen.
Compare up to 3 perfusion images
Perfusion characteristics in micro-and macro-circulation can be compared pre-, peri-and post-intervention. Up to three viewports can be displayed on one screen.
Perfusion characteristics in micro-and macro-circulation can be compared pre-, peri-and post-intervention. Up to three viewports can be displayed on one screen.
See all functional parameters
See all functional parameters
Create an instant overview of all functional parameters for pre-peri-and post-procedure comparisons on one screen, including a time-density curve and the delta change per parameter. Up to four parameters can be selected and displayed at once. Available parameters are: Arrival time, Time to Peak, Area under Curve, Peak Density, Wash in Rate, Wash out Rate, Width and Mean Transit Time.
See all functional parameters
Create an instant overview of all functional parameters for pre-peri-and post-procedure comparisons on one screen, including a time-density curve and the delta change per parameter. Up to four parameters can be selected and displayed at once. Available parameters are: Arrival time, Time to Peak, Area under Curve, Peak Density, Wash in Rate, Wash out Rate, Width and Mean Transit Time.
See all functional parameters
Create an instant overview of all functional parameters for pre-peri-and post-procedure comparisons on one screen, including a time-density curve and the delta change per parameter. Up to four parameters can be selected and displayed at once. Available parameters are: Arrival time, Time to Peak, Area under Curve, Peak Density, Wash in Rate, Wash out Rate, Width and Mean Transit Time.
Create an instant overview of all functional parameters for pre-peri-and post-procedure comparisons on one screen, including a time-density curve and the delta change per parameter. Up to four parameters can be selected and displayed at once. Available parameters are: Arrival time, Time to Peak, Area under Curve, Peak Density, Wash in Rate, Wash out Rate, Width and Mean Transit Time.
Dynamic Perfusion
Dynamic Perfusion
Facilitate clinical interpretation of the image with Dynamic Perfusion by visualizing the cumulative contrast filling over time.
Dynamic Perfusion
Facilitate clinical interpretation of the image with Dynamic Perfusion by visualizing the cumulative contrast filling over time.
Dynamic Perfusion
Facilitate clinical interpretation of the image with Dynamic Perfusion by visualizing the cumulative contrast filling over time.
SmartPerfusion provides step-by-step guidance during the procedure to aid standardization of pre-and post-comparison runs. The C-arm and table position can be easily matched with the pre-run position and the catheter position is stored and visualized to standardize placement for injection.
Guidance to standardize runs
SmartPerfusion provides step-by-step guidance during the procedure to aid standardization of pre-and post-comparison runs. The C-arm and table position can be easily matched with the pre-run position and the catheter position is stored and visualized to standardize placement for injection.
Guidance to standardize runs
SmartPerfusion provides step-by-step guidance during the procedure to aid standardization of pre-and post-comparison runs. The C-arm and table position can be easily matched with the pre-run position and the catheter position is stored and visualized to standardize placement for injection.
SmartPerfusion provides step-by-step guidance during the procedure to aid standardization of pre-and post-comparison runs. The C-arm and table position can be easily matched with the pre-run position and the catheter position is stored and visualized to standardize placement for injection.
Easily align foot anatomy
Easily align foot anatomy
Overlay Pre-series supports efficient workflow by allowing easy alignment of foot anatomy in pre-and post-procedure runs. The images can be magnified to aid precise alignment. As the live and pre-procedure images are aligned with each other, there is a ‘match’ when the semitransparent overlay matches the pre-run position.
Easily align foot anatomy
Overlay Pre-series supports efficient workflow by allowing easy alignment of foot anatomy in pre-and post-procedure runs. The images can be magnified to aid precise alignment. As the live and pre-procedure images are aligned with each other, there is a ‘match’ when the semitransparent overlay matches the pre-run position.
Easily align foot anatomy
Overlay Pre-series supports efficient workflow by allowing easy alignment of foot anatomy in pre-and post-procedure runs. The images can be magnified to aid precise alignment. As the live and pre-procedure images are aligned with each other, there is a ‘match’ when the semitransparent overlay matches the pre-run position.
Overlay Pre-series supports efficient workflow by allowing easy alignment of foot anatomy in pre-and post-procedure runs. The images can be magnified to aid precise alignment. As the live and pre-procedure images are aligned with each other, there is a ‘match’ when the semitransparent overlay matches the pre-run position.
Easy run selection
Easy run selection
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Easy run selection
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Easy run selection
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Full table side control
Full table side control
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Full table side control
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Full table side control
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
All features can be easily controlled at table side via the touch screen module to streamline workflow and reduce distractions. This allows clinicians to easily control the system without leaving the sterile field so they can maintain full focus on the patient.
Compare multiple ROIs
Compare multiple ROIs
Clinicians can easily compare perfusion characteristics in multiple regions of interest (ROIs) in one image. Up to three ROIs can be created for one view. ROI’s can be automatic, as well as in user defined, ellipsoid and circular format.
Compare multiple ROIs
Clinicians can easily compare perfusion characteristics in multiple regions of interest (ROIs) in one image. Up to three ROIs can be created for one view. ROI’s can be automatic, as well as in user defined, ellipsoid and circular format.
Compare multiple ROIs
Clinicians can easily compare perfusion characteristics in multiple regions of interest (ROIs) in one image. Up to three ROIs can be created for one view. ROI’s can be automatic, as well as in user defined, ellipsoid and circular format.
Clinicians can easily compare perfusion characteristics in multiple regions of interest (ROIs) in one image. Up to three ROIs can be created for one view. ROI’s can be automatic, as well as in user defined, ellipsoid and circular format.
Compare up to 3 perfusion images
Compare up to 3 perfusion images
Perfusion characteristics in micro-and macro-circulation can be compared pre-, peri-and post-intervention. Up to three viewports can be displayed on one screen.
Compare up to 3 perfusion images
Perfusion characteristics in micro-and macro-circulation can be compared pre-, peri-and post-intervention. Up to three viewports can be displayed on one screen.
Compare up to 3 perfusion images
Perfusion characteristics in micro-and macro-circulation can be compared pre-, peri-and post-intervention. Up to three viewports can be displayed on one screen.
Perfusion characteristics in micro-and macro-circulation can be compared pre-, peri-and post-intervention. Up to three viewports can be displayed on one screen.
See all functional parameters
See all functional parameters
Create an instant overview of all functional parameters for pre-peri-and post-procedure comparisons on one screen, including a time-density curve and the delta change per parameter. Up to four parameters can be selected and displayed at once. Available parameters are: Arrival time, Time to Peak, Area under Curve, Peak Density, Wash in Rate, Wash out Rate, Width and Mean Transit Time.
See all functional parameters
Create an instant overview of all functional parameters for pre-peri-and post-procedure comparisons on one screen, including a time-density curve and the delta change per parameter. Up to four parameters can be selected and displayed at once. Available parameters are: Arrival time, Time to Peak, Area under Curve, Peak Density, Wash in Rate, Wash out Rate, Width and Mean Transit Time.
See all functional parameters
Create an instant overview of all functional parameters for pre-peri-and post-procedure comparisons on one screen, including a time-density curve and the delta change per parameter. Up to four parameters can be selected and displayed at once. Available parameters are: Arrival time, Time to Peak, Area under Curve, Peak Density, Wash in Rate, Wash out Rate, Width and Mean Transit Time.
Create an instant overview of all functional parameters for pre-peri-and post-procedure comparisons on one screen, including a time-density curve and the delta change per parameter. Up to four parameters can be selected and displayed at once. Available parameters are: Arrival time, Time to Peak, Area under Curve, Peak Density, Wash in Rate, Wash out Rate, Width and Mean Transit Time.
Dynamic Perfusion
Dynamic Perfusion
Facilitate clinical interpretation of the image with Dynamic Perfusion by visualizing the cumulative contrast filling over time.
Dynamic Perfusion
Facilitate clinical interpretation of the image with Dynamic Perfusion by visualizing the cumulative contrast filling over time.
Dynamic Perfusion
Facilitate clinical interpretation of the image with Dynamic Perfusion by visualizing the cumulative contrast filling over time.
1. S. Jens, Henk A. Marquering, Mark J. W. Koelemay, Jim A. Reekers. Perfusion Angiography of the Foot in Patients with Critical Limb Ischemia: Description of the Technique. Cardiovasc Intervent Radiol. 2015;38(1):201-5.
2. Fowkes FG, Rudan D, Rudan I, Aboyans V, Denenberg JO, McDermott MM, Norman PE, Sampson UK, Williams LJ, Mensah GA, Criqui MH. Comparison of global estimates of prevalence and risk factors for peripheral artery disease in 2000 and 2010: a systematic review and analysis. Lancet. 2013;382(9901):1329-40.
3. Barshes NR, et. al. Cost-effectiveness in the contemporary management of critical limb ischemia with tissue loss. J Vasc Surg 2012;56:1015-24.
4. Norgren L, Hiatt WR, Dormandy JA, Nehler MR, Harris KA, Fowkes FGR on behalf of the TASC II Working Group. Inter-Society Consensus for the Management of Peripheral Arterial Disease (TASC II). J Vasc Surg. 2007;45(1)Supplement: S5-S67.
5. Determination of treatment endpoint is the physicians conclusion on the treatment based on qualitative info (colour coded images) together with other relevant clinical data.
By clicking on the link, you will be leaving the official Royal Philips Healthcare ("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.
