Cardiovascular physiology, made physical.
HemoLoop is a physical heart simulator that lets you see, control, and measure cardiac activity and blood flow.
The heart, in motion.
HemoLoop combines a physical heart, dual hydraulic circuits, pulse input, and real-time flow measurement in one system.
Choose
Run a pre-programmed rhythm, or sync to your measured pulse.
Pump
The physical heart runs at the selected heart rate.
Flow
The pulmonary and systemic circuits move accordingly.
Measure
Simulated aortic flow is measured and displayed in real time.
Your pulse.
The heart responds.
Place your finger on the sensor. HemoLoop reads your pulse and sets the simulated heart rate accordingly.
Dual Pumping
Two pumps reproduce pulmonary and systemic circulation.
Pulse Input
The system reads the user's pulse to drive the simulated heartbeat.
Flow Measurement
A flow sensor measures the simulated aortic flow in real time.
One system.
Multiple cardiac states.
Run a pre-programmed rhythm, or sync the simulator to your measured pulse.
Built to teach.
Designed for learning environments where physical interaction and measurable feedback can reinforce physiological concepts.
Medical Education
Understand cardiovascular physiology through physical simulation.
Nursing
Connect heart rate with cardiac activity and circulation.
Biomedical Eng
Explore biomechanics, fluid dynamics, sensors, and embedded control.
STEM
Make the cardiovascular system visible and interactive.
The Platform
HemoLoop begins with cardiovascular simulation, with a modular architecture for future physiological systems.
HemoLoop Core
- Cardiac simulation
- Pulmonary + systemic
- Pulse input
- Flow measurement
- Programmable modes
Expanded Hemodynamics
- Pressure sensing
- Advanced parameters
- Higher-fidelity pumping, up to 5 L/min
Modular Systems
- Renal circulation
- Portal circulation
Intellectual Property
“Multi-Mode Biomechanical System and Interactive Simulator for Cardiac Activity and Circulatory Hemodynamics for Educational Purposes.”