Full-Body Vascular Silicone Model + High-Capacity Pulsatile Pump System
This integrated system combines a high-fidelity full-body vascular silicone model with a high-performance pulsatile pump to create a highly realistic in vitro cardiovascular simulation platform. It provides a stable, repeatable, and visually intuitive environment for interventional device development and clinical training.
The Carotid & Cerebral Arterial Intervention Simulation Model is a physical vascular model designed to replicate the anatomical structure of the extracranial and intracranial arterial system.
The Aortic Arch Aneurysm Intervention Simulation Model accurately replicates the human aortic arch, its major arterial branches, and a clinically realistic aortic arch aneurysm.
Plate-Type Vascular
The model is made of transparent, highly elastic silicone, ensuring that the vessel inner diameters and branching structures conform to physiological proportions while providing enhanced visibility. Additionally, we can customize international standard flat vessels such as F2394-X2.4 and F2394-X2.2.
FAQ
1. Why is transparent silicone used as the vascular material?
Answer: Our independently developed transparent silicone material has the following advantages:
- Physical properties similar to human blood vessels — Its elasticity and flexibility closely mimic human vessels, providing a more realistic simulation of vascular mechanics.
- High transparency — Allows clear observation of instruments within the vessels, enhancing the visualization of simulated procedures.
2. Is the silicone vascular safe? Could it cause allergic reactions?
Answer: Our independently developed silicone material is biologically inert, low in irritation, and has minimal allergenic potential. It generally does not cause common allergic reactions. In case of rare reactions due to individual sensitivities, please seek medical attention promptly.
3. Can specifications be customized (diameter, length, shape)?
Answer: We offer customization services to meet the requirements of training, simulation, or device testing. Clients can provide specification parameters, CT data, or samples to facilitate customization.
4. How should it be properly stored and used?
Answer: Silicone models may age, yellow, or crack when exposed to light, heat, or oxidative environments over time. It is recommended to avoid high temperatures, strong light, oxidative environments, and UV exposure, and to regularly check their condition. Replace the model if any abnormalities are observed, and ensure proper storage to extend the material’s service life.