mportant;">Modular Whole-Body Vascular Simulator
Realistic Anatomical Design & Materials
The simulator features a fully transparent, humanoid outer shell. The vascular network is reconstructed from real CT/MRI data, integrating the main arteries of the human body. Crafted from flexible, highly transparent silicone, the model boasts intricate details and a high degree of anatomical fidelity.
Dynamic Circulation & Bionic Control
An integrated closed-loop circulation system ensures simulated blood flows continuously throughout the human model. Equipped with a bionic pulsating pump control unit, the system accurately simulates physiological parameters such as temperature, pressure, flow rate, and pulse. This allows the entire vascular simulator to replicate the hemodynamics of real human arteries.
Versatile Training Applications
This working circulatory model is designed to meet diverse needs, including medical training, medical device evaluation, and surgical training. It is an ideal platform for education, practical hands-on training, and R&D projects.
Advanced Modular Design & High Freedom of Configuration
Supports modular, free combination of the entire vascular system, offering a higher degree of freedom. This modular structure not only facilitates easy transportation but also adapts to personalized customer needs, flexibly matching various training and experimental scenarios.
Comprehensive Surgical & Instrument Testing
Designed for surgical simulation operations and instrument testing. It provides multiple vascular access options, including puncture points at the femoral artery, radial artery, subclavian artery, and carotid artery.
Customizable Lesion Replacement
Features a modular design for high-risk vascular disease areas, making it convenient to swap out lesions with different structures and pathological states for repeated practice.
Dynamic Hemodynamic Simulation
A simulated pump system is utilized to alter heart rate, blood pressure, and cardiac output, allowing users to adjust to appropriate vascular flow states for various clinical case scenarios.
Integrated DSA Recording & Playback
Simulates a DSA (Digital Subtraction Angiography) system to capture or record the operation scene. The footage can be repeatedly viewed on-site or exported for storage, providing strong support for the review and improvement of surgical simulations.
Radiation-Free Training
High-transparency blood vessels combined with a radiation-free simulated DSA system allow users to practice without the need for X-ray exposure, ensuring a safe training environment.
Visual & Realistic Workflow Support
The humanoid appearance provides excellent visual support for observing simulated vascular operations. It improves the realism of practice while accurately simulating surgical positioning, instrument placement, and team cooperation in actual clinical scenarios.