AngioPlayground
A lightweight, portable, and versatile flow system for hands‑on endovascular training and demonstrations.
Price: 4.990 EUR (excl. VAT)
Training Anytime, Anywhere
Compact Design, Big Impact
AngioPlayground is a compact and fully portable bench-top system designed to simplify the visualization, demonstration, and hands-on practice of endovascular procedures. Its modular setup allows educators, clinicians, and device specialists to create realistic training scenarios with minimal effort, making it an ideal choice for a wide range of environments. Whether used in seminar rooms, workshops, skills labs, or directly in the angiography suite, the system delivers a reliable and versatile platform that bridges the gap between abstract flow models and clinical reality.
Features
Plug-and-Play Operation
All‑in‑one design
Simple setup with basic controls — ideal for classrooms, workshops, or first-time users. USB or Battery powered.
Integrated water reservoir that doubles as the enclosure.
Adjustable flow control
High‑quality pump with tunable settings for versatile scenarios.
Enhanced visibility
Bright LED backlight highlights catheters, wires, and embolic material.
Quick setup & cleanup
Components are simple to assemble, disassemble, and clean.
Portable & compact
A lightweight footprint makes it easy to carry, set up, and operate. All components fit into a durable carrying case for easy transport.
Multiple applications
Two Training Models included: Thrombectomy Model and Embolization Model
Technical Specifications
Dimensions (main unit): 24 × 17 × 6 cm / 10 x 7 x 3 inch
Water volume: Min 700 mL · Max 900 mL
Pump flow: Up to 2.5 L/min
max. Catheter diameter: 3.5 mm / 10 FR
Battery or USB powered
Applications
Demonstrate and practice vascular access techniques.
Train embolization procedures with visible embolic agents (e.g. Squid/Onyx™).
Simulate thrombectomy procedures in internal carotid artery flow models.
Conduct interactive workshops in classrooms, labs, or conference settings.
Support R&D or clinical teams with custom‑tailored flow models.
