Full Body Vascular Simulation Models
1Pages

Full Body Vascular Simulation Models Product function Simulate the morphology and hemodynamic characteristics of the main blood vessels in the human body, used fortesting and evaluating vascular intervention surgical instruments, surgical demonstrations, and comprehensive training. Simulation of vascular intervention instruments: Various guide wires, catheters, pacemakers, large stents, and other real surgical instruments can be simulated and used on the model; Simulation of vascular intervention surgery: A complete vascular system and supporting software and hardware systems such as simulated DSA can provide complete simulation of intervention surgery operations, including imaging diagnosis, angiography, balloon dilation, stent implantation, interventional shaping, etc; Matching of vascular instruments: It can simulate conventional vascular intervention surgical instruments (special instruments can be customized with vascular corresponding modules). Main components Whole body vascular model (including major blood vessels involved in neurological intervention, cardiovascular intervention, and peripheral intervention surgery) Replaceable part Intracranial blood vessels, cardiac blood vessels, peripheral blood vessels Product Features ■Based on human CT data, 1:1 design and production; ■Using highly transparent soft silicone material to simulate the hand feel of operating instruments; ■Simulate the design of human blood flow and flow direction, realistically restore the motion status and operational feedback of vascular intervention instruments in the blood vessels; ■Equipped with a simulated DSA system, it can simulate angiography operations; ■Flexible selection of multiple versions, including systemic arterial version, venous version, and arteriovenous combination version; ■Support personalized customization and production using CT data provided by customers. The ove rail product hous in gas sum e s a transparent humanoid design. The vascular model is reconstructed based on real CT/MRI data and integrates main arteriovenous vessels of the human body. The vascular model is made of flexible and transparent silica gel materials, with vivid details and high simulation. Its overall circulation loop design guarantees that the simulated blood circulates within the vascular model under the integrated control of a biomimetic pulsatile pump. The model can simulate temperature, pressure, flow, heart rate and other parameters, with a real blood flow effect in the whole system. The product can meet the demands of medical training, medical device evaluation and surgical training, and is suitable for education, practical training and project R&D. Prectinic Medtech(Shanghai)Co.,Ltd.