Full-body Vascular Simulation Models

Model: Full Body Artery VII (FA008D)

The full body vascular simulation models are designed and produced based on real human CT data. Through modular design, it can simulate the structural characteristics of human arteries, veins, as well as vascular stenosis, calcification, and aneurysm. At the same time, silicone vascular models are made of highly transparent soft silicone gel, with a touch and clinical resemblance. With the help of matching pulsation pumps, pressure sensors, and other equipment, it can simulate the blood flow pressure, flow rate, temperature, and other hemodynamic physical states in the blood vessel lumen. When used with simulated DSA equipment and contrast agents, it can achieve visual effects close to real clinical vascular imaging. In addition, the full body vascular simulation models can also be directly used for simulation operations under DSA and X-ray equipment. 

The full vascular simulation models can be used for clinical training in vascular interventional surgery and the development of new medical devices. By using modular lesions alternately, it can simulate various interventional surgical experiences for vascular diseases.

Applications of the full-body vascular model:

Vascular interventional surgical simulation training;

Development of new vascular interventional medical devices;

Accelerating the learning curve of vascular interventional surgical operators;

Sharpening the surgical skills and comprehensive surgical abilities of vascular interventional procedures;

Improving patient treatment outcomes;