Cardiac Hemodynamic Simulation Device

Features of Cardiac Hemodynamic Simulation Device

• Composition: Analog pump, touch screen display, pressure sensor interface.

• Product parameters: 

• Pulsatile frequency: 10-160 beats/ min

• Flow range: 200-2,000 ml/ min

• Maximum output pressure: 250 mmHg

• Current/ voltage: 24V/ 3A

• Volume: 3L

• Power: 300 W

• Temperature control range: + 5°C-100°C

• Temperature control accuracy: ± 0.5°C

• Outer packing size: 640 * 420 * 320 (mm)

•Weight of the cardiac output simulator: 6.5 kg

• Other characteristics: Hemodynamic simulation provides simulated fluid for the cardiovascular model and can adjust the temperature, flow rate, and pressure of the simulated fluid. The parameter adjustment accuracy is high, and the touch screen outputs a parameter curve. As one of the top-ranked medical simulator manufacturers, our cardiovascular simulator also provides an ideal platform for the research and development of new medical devices, ensuring that new products are fully tested and validated before clinical application.

Specification of Cardiac Hemodynamic Simulation Device

Cardiac hemodynamic simulation device	MODEL: PLAB2001
Features	Controllable output liquid frequency, flow, and temperature
	Stable operation state, small size, lightweight and portable
	Quick and easy joint connection and less liquid sprinkling
	Output simulated blood with temperature for human hemodynamic simulation devices (e.g. water, preclinical lubricating fluid, blood, etc.)
	Easy installation, applicable to cardiovascular hemodynamic demonstration and training devices.
Lead Time	15 days
Port	Shanghai, China

Hemodynamic Simulation Device Applications

Heart disease research:

Researchers can use this simulation device to simulate various heart disease scenarios, such as heart failure, arrhythmia, myocardial infarction, etc., to study their pathological mechanisms and treatment methods.

Device development and optimization:

Medical device manufacturers can use the cardiovascular simulator to develop and optimize new products to ensure the safety and effectiveness of the device in clinical applications.

Clinical training:

Medical education institutions can use this cardiology simulator for teaching and training of the cardiovascular system to help students and medical staff master complex heart and hemodynamics knowledge.