Measure 3D volume and diameter to monitor aneurysm growth more accurately.
More accurate detection of small aneurysm changes
Visualisation of aneurysm geometry
Export of scans and segmentations to external software for analysis and research
Minimise risks, maximise information
Highly-accurate endoleak detection and classification
after EVAR without CT angiography.
No radiation or nephrotoxic contrast mediat
Complete diagnosis in ultrasound lab
More cost-effective than CTA surveillance
See more to plan better
Planning, visualisation, and sharing of vein maps for varicose vein treatment and evaluation of potential autologous bypass grafts.
Reduction in scanning time by up to 85%
Higher patient-throughput can lead to increased revenue
Documentation of complete volume data
Enabling separation of scanning and image analysis
Easier illustration to surgeon and patient
Contrast-enhanced arterial imaging
Visualization of stenotic areas and blockages, e.g. in the carotid or calf, without the need for MRA, CTA, or catheter angiography
Higher sensitivity compared to standard duplex-ultrasound
Reduced need for other 3D imaging technologies
No radiation or nephrotoxic contrast
AV Fistula Planning and Monitoring
For longer lasting fistulas
PIUR tUS allows rapid scanning and 3D visualisation of arteries
and veins to assess optimal position of arterio-venous fistula and accurately plan intervention.
It reduces operator dependency in fistula monitoring and may
help identify complications at early stage.
Fast scanning and reporting time
Visualisation of full vessel map in dynamic image
Obtaining second opinion after patient has left
Less operator dependency and more flexibility in
angulation when measuring stenosis degree
Multi-Scan Volume Acquisitions
Beyond the limits of transducer field-of-view
Large volume liver*
Complex nerve structures*
The multi-scan feature allows merging three seperate scans into a single volume to acquire large area structures.
*CE-certification for liver, nerve, muscle, and thyroid imaging pending