Femoral vein vascular model PLWZXG005
popliteal veinleglower limb

Femoral vein vascular model - PLWZXG005 - Shanghai Preclinic Medtech - popliteal vein / leg / lower limb
Femoral vein vascular model - PLWZXG005 - Shanghai Preclinic Medtech - popliteal vein / leg / lower limb
Femoral vein vascular model - PLWZXG005 - Shanghai Preclinic Medtech - popliteal vein / leg / lower limb - image - 2
Femoral vein vascular model - PLWZXG005 - Shanghai Preclinic Medtech - popliteal vein / leg / lower limb - image - 3
Femoral vein vascular model - PLWZXG005 - Shanghai Preclinic Medtech - popliteal vein / leg / lower limb - image - 4
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Characteristics

Area of the body
femoral vein, popliteal vein, leg, lower limb, vena cava, saphenous vein, peroneal vein, iliac vein
Procedure
for stent implantation, for healthcare training, for embolization, CT scanner, for angiography, for interventional fluoroscopy
Material
silicone
Accessories
with blood vessels
Other characteristics
flexible, with vascular bypass, transparent
Length

Max.: 1,250 mm
(49.2 in)

Min.: 1,250 mm
(49.2 in)

Width

Max.: 530 mm
(20.9 in)

Min.: 530 mm
(20.9 in)

Height

Max.: 240 mm
(9.4 in)

Min.: 240 mm
(9.4 in)

Description

Product overview
This product includes the 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 ends of the vessels connect to a circulation pipeline to simulate blood flow characteristics. Combined with our pulse pump, the system can simulate temperature, pressure, flow rate, and pulse to reproduce venous hemodynamics for testing, imaging, and training.

Features
  • Comprehensive lower limb venous anatomy including the inferior vena cava, internal/external iliac veins, and femoral veins; vascular inner diameters accurately match human anatomical sizes. Multiple puncture sites are provided for left and right subclavian veins and femoral veins to support clinical practice scenarios.
  • Core vascular modules such as the inferior vena cava, great saphenous vein, and popliteal vein are replaceable, reducing consumable costs and extending product lifespan.
  • Supports performance testing, functional demonstration, and training for interventional devices such as lower limb venous stents and thrombus filters; compatible with imaging modalities including contrast angiography, CT, and DSA.

FAQ
What scenarios is this product mainly suitable for? Answer: It is mainly used for performance testing and functional demonstration of lower limb venous interventional devices (e.g. venous stents, thrombus filters, and delivery systems), and can also meet the training needs of related surgical procedures. It is compatible with multiple imaging techniques to assist teaching and verification.

How should silicone vascular models be cleaned and stored? Answer: To clean, first remove the circulation pipeline, rinse with clean water, and dry with tissue or non-woven fabric; the replaceable vascular modules can be disassembled and cleaned separately to avoid damage from excessive rubbing. For storage, place the model in a cool, dry, dark, and ventilated environment, away from high temperatures, sharp objects, and chemical solvents to prevent silicone aging, deformation, or damage and to extend service life.

Specifications
  • PN: PLWZXG004
  • Main material: Highly transparent soft silica gel, hardness: 30A
  • Model length: 125 cm
  • Model width: 53 cm
  • Model height: 24 cm
  • Lead time: 15 days
  • Origin: Shanghai, China

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.