Neurointerventional planning

See the aneurysm in 3D.
Size the device before the case.

AngioSuite3D builds a 3D model from the patient's DICOM study or a few measurements, places flow diverters and intrasaccular devices at true size, and checks catheter compatibility, on phone, tablet and web.

DICOM

Reconstruct from the patient's own scan

Load a 3D rotational angiography study and AngioSuite3D segments the vessels and aneurysm directly from the source volume. It routes the parent vessel past the neck and measures the diameter along the way, and you can drag the route before accepting it.

How DICOM works
A full carotid with a cavernous-segment aneurysm in the app's 3D viewer
A full carotid with a cavernous-segment aneurysm (the Cavernous template).

Place the device on the reconstruction

Have a 3D spin? Transfer it by thumb drive, pick a flow diverter or intrasaccular device and see it at true size in the patient's anatomy, with the estimated deployed length and the best-fitting sizes listed first. DICOM reconstruction is available by sponsor invitation.

Pipeline Shield placed on a DICOM reconstruction
Medtronic Pipeline Shield
Surpass placed on a DICOM reconstruction
Stryker Surpass
WEB device seated in the aneurysm on a DICOM reconstruction
MicroVention WEB

No scan? Start from a model

Four numbers, one 3D model

Pick the template that matches the anatomy, enter the dimensions from your angiogram, and the model updates as you type. 8 built-in templates cover side-wall, fusiform, bilobed and carotid anatomy, from a simple vessel to a full cavernous carotid.

The Communicating template: a full carotid with a communicating-segment aneurysm
The Communicating template in the app's 3D viewer.

Our sponsors

Supported by the companies that make the devices

Product data in AngioSuite3D comes from each sponsor's own catalogue.