VESSEL ASSIST

Automatically extract the bone and vessel anatomies. Edit vessel centerlines and bridge them through occlusions.

Select from the sub-volumes of vessels, centerlines, calcifications and landmarks to overlay on live fluoroscopy for 3D fusion guidance, with digital zoom, to guide recanalization.

Use DSA images on larger Field Of View to image the entire anatomy of interest.

Automatically extract the bone, vessel and calcifications. Easily edit vessel centerlines and bridge them through occlusions.

Select from the sub-volumes of vessels, centerlines, calcifications and landmarks to overlay on live fluoroscopy for 3D fusion guidance, with Digital Zoom, to guide recanalization.

Use DSA images on larger Field Of View. An InnovaBreeze acquisition helps you assess full lower limb in a single acquisition. 2

Perform a selective renal angiography with CBCT reconstruction to understand the tumor vascularization and highlight the tumor feeding vessels. 3

The highlighted vessels can be overlaid on fluoroscopy for 3D fusion guidance to help the interventionist navigate for a highly selective embolization.

After laparoscopic partial nephrectomy, a final angiography can be used to help control tumor devascularization and confirm parenchymal preservation.

Analyze pelvic vasculature and extract the prostatic arteries on 3DCT HD. ³

One click export the 3D Model for 3D fusion guidance. Benefit from accurate registration to navigate through tortuous anatomies by using Digital Zoom.

Visualize distal vessels and blushes on pelvic organs with CBCT to confirm the catheter location.

Segment and size the anatomy of interest in CBCT.¹ Plan the stent positioning on the 3D model and prepare 3D landmarks to help guide the deployment.

Import segmented anatomy, centerline and landmarks and overlay them on live fluoroscopy on the frontal or lateral plane for 3D fusion guidance.

With 3DCT HD and Virtual Dilution visualize the relationship between your device and vessel with robust image quality and without changing your contrast injection protocols. ^3,4

With 3DCT HD and Split Phase, visualize arterial and venous phases and details on cross sections to help analyze the complex anatomy of AVMs. ^3,5 Semi-automatically track vessels and plan their embolization.

Import segmented anatomy, centerline and landmarks and overlay them on live fluoroscopy on the frontal or lateral plane for augmented-3D fusion guidance.

Visualize the embolized vessels in 3D and their relationship to the other structures with 3DCT HD subtracted. ³

Segment and size the anatomy of interest in MR venogram. Plan the stent positioning on the 3D model and prepare 3D landmarks to help guide the deployment.

Import segmented anatomy, vessel contours and landmarks and overlay them on live fluoroscopy on the frontal or lateral plane for augmented-MR biplane fusion guidance.

Confirm stent positioning and venous blood flow in biplane DSA runs.

Simplify complex coronary interventions with PCI ASSIST

Improve speed and accuracy with Needle ASSIST.