This integrated vascular intervention training and validation platform is purpose-built for medical device companies, research institutions, medical schools, and hospitals. It is specifically designed for the functional validation of interventional devices, simulation-based surgical teaching, and the enhancement of physicians' practical skills.
Built on real clinical CT/MRI data with a 1:1 anatomical reconstruction of the human vascular system, the platform integrates a blood flow simulation pump, simulated DSA, and artificial blood vessels. Its modular design features a one-click water priming/draining system for convenient and efficient operation.
mportant;">Equipped with an intelligent fluid system, immersive DSA simulation, and a highly humanized interactive interface, it closely replicates real surgical scenarios. It meets the diverse needs of instrument testing, teaching, training, and clinical demonstrations—providing a safe, professional, and efficient turnkey solution for vascular intervention education and R&D.
Humanoid Appearance
Features a lifelike human body shape that accurately replicates surgical positioning, instrument placement, and team collaboration for authentic clinical training scenarios.
Multiple Vascular Access
Pre-set puncture points at the femoral, radial, subclavian, and carotid arteries, covering common clinical approaches for diverse training needs.
Full-Process Workflow Training
Highly replicates standard DSA interventional procedures, supporting end-to-end case simulations from preoperative preparation to intraoperative execution.
Dynamic Hemodynamic Simulation
An integrated pump system flexibly adjusts heart rate, blood pressure, and cardiac output to match various clinical case scenarios accurately.
Radiation-Free Environment
Uses highly transparent artificial vessels and a radiation-free simulated DSA system, allowing clear observation of intravascular operations without X-ray exposure for maximum safety.
User-Friendly Modular Design
Features a modular structure with one-click water priming and quick draining. The fast installation and flexible pipeline connections adapt easily to various vascular models, lowering the operational threshold.
