Superior And Inferior Vena Cava-Lower Extremity Vein Simulation Model



Superior And Inferior Vena Cava - Lower Extremity Vein Simulation Model

This product includes inferior vena cava, internal iliac vein, external iliac vein, femoral vein, deep femoral vein, great saphenous vein, popliteal vein, anterior tibial vein, posterior tibial vein, and fibular vein. The end of the blood vessel is connected to a circulation pipeline to simulate the flow characteristics of blood flow in the blood vessel. Combined with our pulse pump, it simulates various parameters such as temperature, pressure, flow rate, and pulse, making the entire system achieve the effect of simulating the flow of real blood in the vein.

Specification of Superior And Inferior Vena Cava - Lower Extremity Vein Simulation Model

Features	Covering the entire lower limb venous system including the inferior vena cava, internal/external iliac veins, and femoral veins, the inner diameter of the blood vessels strictly matches the actual size of the human body. Multiple puncture points are set for the left and right subclavian veins and femoral veins, which are suitable for clinical practice scenarios. Core vascular modules such as inferior vena cava, great saphenous vein, and popliteal vein support separate replacement, reducing consumable costs and extending product lifespan. Support performance testing, functional demonstrations, and training for interventional products such as lower limb venous stents and thrombus filtering devices; Compatible with imaging techniques such as contrast agent angiography, CT, DSA, etc.
PN	PLWZXG004
Main Material	Highly transparent soft silica gel, hardness: 30A
Product Size	Model length: 125 cm
	Model width: 53 cm
	Model height: 24cm
Lead Time	15 days
Origin	Shanghai, China

Drawing of Superior And Inferior Vena Cava - Lower Extremity Vein Simulation Model

Main Dimensions of Superior And Inferior Vena Cava-Lower Extremity Vein Simulation Model

FAQ On Superior And Inferior Vena Cava - Lower Extremity Vein Simulation Model

What scenarios is this product mainly suitable for?

Answer: It is mainly used for performance testing and functional demonstration of lower limb venous intervention instruments (such as venous stents, thrombus filters, and delivery systems), and can also meet the training needs of related surgical operations. It is compatible with multiple imaging techniques to assist teaching or verification.

How to clean and preserve silicone vascular models?

Answer: When cleaning, first remove the circulation pipeline, rinse it with clean water, and then dry the water with a tissue or non-woven fabric; The replaceable vascular module can be disassembled and cleaned separately to avoid damage caused by excessive rubbing. When storing, the model should be placed in a cool, dry, dark, and ventilated environment, away from high temperatures, sharp objects, and chemical solvents, to prevent aging, deformation, or damage of the silicone material and extend the product's service life.