Intracranial-Femoral Operation Vein Model

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Intracranial-Femoral operation Vein Model

This femoral vein model is mainly made of high transparent soft silica gel, which is used for surgical training related to intracranial artery interventional diagnosis and treatment, performance test and function demonstration of surgical instruments. The instruments of femoral artery model involved include neurological guidewire, catheter, filter stent, spring coil and stent.

Specification of Intracranial-Femoral Vein Model

Features	Composition: femoral artery model contains Cerebral vein, jugular vein, superior vena cava, right atrium, inferior vena cava and femoral vein approach. Replaceable parts: Non. Procedure: Training on diagnosis and treatment skills of interventional surgery such as neurological guidewire, catheter, filter stent, spring coil and stent. Other characteristics: femoral vein model is made of transparent and soft materials.
PN	MODEL: PLXG1018
Main Material	Highly transparent soft silica gel, hardness: 30A
Product Size	Model length: 108 cm (42.5 in)
	Model width: 48 cm (18.9 in)
	Model height: 34 cm (13.4 in)
Lead Time	15 days
Origin	Shanghai, China

Drawing of Intracranial-Femoral Artery Model

femoral artery model

femoral vein model

Versatile Applications of Femoral Artery Models

Versatile application: The femoral artery model is not only suitable for basic anatomy teaching, but also for complex interventional surgery training, meeting the needs of multi-level medical education.
Realistic simulation: The model accurately reproduces the anatomical structure and physiological characteristics of the femoral artery, providing a realistic operation experience for medical students and professional doctors.
Surgical practice: Whether it is arterial puncture, catheter insertion or vascular suture, the femoral artery model can provide a comprehensive surgical practice platform to improve clinical skills.
Scientific research support: The medical surgery simulator is an ideal tool for medical research and new technology development, helping researchers to conduct experiments and verifications and promote medical progress.
Multidisciplinary application: The femoral artery model is not only suitable for surgery and interventional departments, but can also be used for training in multiple disciplines such as emergency medicine and intensive care to improve the overall medical level.