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#Industry News
Importance of hemodynamic simulation device
Model:Hemodynamic Simulation Device
Trandomed is a research and development institution specializing in hemodynamic simulation devices. It has a series of pulsating pump products and can provide customized functions according to specific needs. It is suitable for research projects, new product testing, experimental demonstration and other scenarios. The Siumuheart pulsating pump is selected in this article. The Simuheart pulsating pump can simulate the work process of the heart as the power source of the entire blood circulation to reproduce the human hemodynamic environment. It can be used for hemodynamic research and assist clinical medical devices such as ventricular assist devices (VDA), percutaneous interventional ventricular assist devices (Impella) and artificial extracorporeal membrane lung (ECMO) development.
The functions are as follows:
1. More complete functional modules
The user software supporting the high-precision pulsating pump can achieve:
Run waveform data creation, editing and saving;
Run parameter setting, including waveform selection, heart rate, stroke volume and heating temperature;
Liquid flow, multi-point blood pressure value sampling and measurement;
Further fluid dynamics parameter analysis and calculation based on the sampled fluid data, evaluate the test results and output the test report.
2. Strong support of hemodynamic theory
In the design of the whole system, the hemodynamic theory is used as the basic basis and design reference principle. The device is well matched with the Windkessel circulation theory, reflecting the essence of hemodynamics such as Frank-Starlin law, venous return theory, ventricle-artery coupling, pressure-volume loop, etc., and can fully simulate the left and right heart circulation under various physiological conditions.
3. Build a complete set of blood circulation system simulation test bench
The device has the function of real-time synchronous acquisition, display and storage of blood flow parameters such as pressure and flow. New ideas are proposed for the design of key characteristic components such as valves, arteries, and ventricles in the test bench, so as to facilitate the experiment and obtain valuable experimental data, which plays an important role in in vitro experiments.