A device designed to simulate the pulsatile blood flow of the human heart. It replicates left and right heart circulation, adjustable heart rate, and flow, providing a realistic environment for medical simulation, research, and training. Ideal for testing cardiovascular devices or practicing clinical procedures.
A system that mimics human respiratory dynamics, generating controlled airflow and tidal volumes. It supports adjustable breathing rates and customizable waveforms, making it suitable for medical simulation, physiological research, and ventilation device testing.
High-precision, transparent vascular models made from flexible silicone. These models reproduce the anatomy and mechanical properties of human blood vessels, allowing for realistic simulation of catheter navigation, stent deployment, and other interventional procedures.
Realistic anatomical models designed for endoscopic procedure training. These models support insertion, navigation, and manipulation of endoscopic instruments, helping trainees develop skills in visualization, coordination, and operative techniques before performing on patients.
