Femoral artery vascular model PLXZXG003A
coronary arteriessubclavian arteryradial artery

Femoral artery vascular model - PLXZXG003A - Shanghai Preclinic Medtech - coronary arteries / subclavian artery / radial artery
Femoral artery vascular model - PLXZXG003A - Shanghai Preclinic Medtech - coronary arteries / subclavian artery / radial artery
Femoral artery vascular model - PLXZXG003A - Shanghai Preclinic Medtech - coronary arteries / subclavian artery / radial artery - image - 2
Femoral artery vascular model - PLXZXG003A - Shanghai Preclinic Medtech - coronary arteries / subclavian artery / radial artery - image - 3
Femoral artery vascular model - PLXZXG003A - Shanghai Preclinic Medtech - coronary arteries / subclavian artery / radial artery - image - 4
Femoral artery vascular model - PLXZXG003A - Shanghai Preclinic Medtech - coronary arteries / subclavian artery / radial artery - image - 5
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Characteristics

Area of the body
femoral artery, coronary arteries, coronary artery, radial artery, subclavian artery
Procedure
training
Type
adult
Material
silicone, silica gel
Accessories
with blood vessels
Other characteristics
transparent, flexible
Length

750 mm
(29.5 in)

Width

370 mm
(14.6 in)

Height

280 mm
(11 in)

Description

Overview
Designed from 1:1 clinical CT/MRI imaging data, this Coronary training model - A reproduces human coronary anatomy for interventional procedure training. Made of food-grade, high-transparency soft silicone (hardness 30A, transparency ≥90%), the model supports modular replacement of diseased vascular segments and adjustable blood flow parameters to simulate realistic imaging and tactile conditions under DSA/X‑ray.

Features
  • Compatible with standard interventional tools: guidewires, diagnostic and guiding catheters, balloon catheters and intravascular stents.
  • Supports simulation of core coronary procedures: coronary angiography, percutaneous transluminal coronary angioplasty (PTCA), percutaneous coronary stenting and balloon angioplasty for vascular stenosis.
  • Modular lesion replacement: interchangeable vascular modules (aorta, femoral artery, radial artery, coronary stenosis segments) to reproduce varied lesion scenarios.
  • X‑ray transparent material: suitable for DSA/X‑ray training to simulate clinical fluoroscopic guidance.
  • Multiple vascular access options: femoral, radial and subclavian puncture sites for access-route training.


Drawings
Technical drawings and main-dimension images are provided for reference, including layout and structural drawings to assist installation and planning.

FAQ
  • How to replace the diseased vascular segments of the training model?
    The model uses a modular main-vessel design. Remove the corresponding module and install the replacement diseased segment (aorta, femoral, radial, straight/curved coronary stenosis segment). The procedure is simple and allows rapid, repeatable scenario changes.
  • What vascular approaches does this model support for puncture training?
    The model provides common clinical vascular access points: femoral artery, radial artery and subclavian artery, covering mainstream coronary intervention access scenarios.
  • Differences between coronary models
    Coronary training model - A accepts configurations with a human-shaped shell base, acrylic base or light-emitting base plate. Other types (B, C) differ by heart-shell material and pulsatility features as indicated in the product comparison.


Technical specifications
  • PN: PLXZXG003A
  • Main material: high-transparency soft silica gel (food grade), hardness 30A, transparency ≥90%
  • Model dimensions: length 75 cm; width 37 cm; height 28 cm
  • Compatibility: guidewires, catheters, balloon catheters, intravascular stents
  • Supported procedures: coronary angiography; PTCA; percutaneous coronary stenting; balloon angioplasty
  • Design: replaceable vascular modules (aorta, femoral artery, radial artery, coronary stenosis segments)
  • Imaging compatibility: X‑ray transparent; suitable for DSA/X‑ray training
  • Vascular access options: femoral, radial, subclavian
  • Lead time: 15 days
  • Origin: Shanghai, China

Catalogs

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Other Shanghai Preclinic Medtech products

Silicone Cardiac Vessels

*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.
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