New Products
Learn more about our latest product releases
VR Simulator Platforms
Platforms for Neurovascular, Cardiovascular & Peripheral vascular focusing on realistic device, procedural and imaging adoption
Procedural Learning Modules
Learning modules covering over 25 clinical procedural areas from neurovascular, cardiovascular and peripheral vascular
Angiosuite Integrations
Real live imaging & robotics platform integrations into our procedural replication platforms
Physiological Flow Systems
Physically simulate valvular, peripheral & aortic vascular, and neurovascular disease states for device, procedural and imaging adoption
Extensions and Add-ons
Increasing the realism and immersive experience to ensure the most relevant true-to-life experience
Silicone & 3D printed Vessels
Order to your patient specific anatomy or choose from a selection in our catalogue of anatomies.
Flow System Accessories
Consumables for realistic blood solutions, clot replication and extraction, to cleaning solutions
Onboarding, training & adoption
Seamlessly implement simulation training and get your team up to speed effortlessly
Interventional Neuroradiology
Build confidence in neurovascular procedures like thrombectomy and aneurysm coiling through hands-on, high-fidelity simulation.
Interventional Cardiology
Gain procedural fluency in coronary interventions and sharpen decision-making with realistic, image-guided training.
Interventional Radiology
Develop core skills in PAD, trauma, and embolization with structured, simulation-based practice.
Flow Diversion
Hands-on training for cerebral aneurysm treatment using flow diversion
- Actual clinical devices can be used to provide a realistic experience.
- Quick access – starting with sheath already placed in carotid - available
- Distal access catheters can be used for facilitating distal navigation
- Advanced imaging using roadmaps and biplane
- 3DRA functionality for aneurysm measurements and sizing
- Detailed metrics for assessment and debriefing
- Measuring and assessing location and size of aneurysm
- Identify good landing zones, proximal and distal
- Selecting correct flow diverter size
- Start deployment in right position
- Keeping right balance between push and pull

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