Neuro Vascular Simulator

Brief Introduction

The Neuro Vascular Simulator is a state-of-the-art medical training device designed to revolutionize the way healthcare professionals learn and practice neurovascular procedures. This advanced simulator offers an unparalleled level of realism, allowing users to engage with a model that closely mimics the intricacies of the human neurovasculature. From the femoral artery to the A2 segment of the anterior cerebral artery and the M2 segment of the middle cerebral artery, the product provides a comprehensive platform for a wide range of neurovascular interventions.

The simulator's design incorporates healthy intracranial vessels and normal coronary arteries in the cardiac thoracic section, along with a complex and realistic vascular structure in the abdominal section. The use of customized transparent connectors enables the neuro, cardiac thoracic, and abdominal sections to be detachable and replaceable, ensuring that the simulator can be tailored to meet diverse educational and training needs. The inclusion of interchangeable models with various pathologies such as aneurysms, stenosis, and arteriovenous malformations (AVMs) further enhances the educational value of this simulator.

Application

• Simulating intracranial aneurysm tamponade, intracranial thrombectomy, treatment for cerebral arteriovenous fistula and cerebral angiography.
• Simulating coronary artery stenosis, bifurcations, CTO and other lesions as well as training for percutaneous coronary intervention (PCl) procedures.
• Applicable for development, testing and validation of interventional devices relevant to neuro and coronary vessels, including coils, catheters, guidewires, stent, microcatheters, micro guidewires, etc.
• Applicable for raining, marketing and demonstration of neuro, coronary and peripheral.

Bifurcation lesion on left coronary artery

5 aneurysms + 1 stenosis lesion

7 aneurysms + 1 AVM lesion

Concentric stenosis lesions on both left and

right coronary arteries (stenosis rate 30%)

Concentric stenosis lesions on both left and

right coronary arteries(stenosis rate 50%)

Concentric stenosis lesions on both left and

right coronary arteries (stenosis rate 70%)

Custom Service

• The option to personalize each component of the model for the purpose of achieving a three-dimensional effect is offered. Specifically, in the cerebral vascular segment, the opportunity to customize aneurysms, stenosis, arteriovenous fistulae, embolisms, AVM and other abnormalities in varying quantities, sizes, and locations is provided to fulfill specific demands.
• In the cardiovascular segment, different types of aortic arches, such as Type I, Type II, Type III, and other arch deformities, can be interchanged.
• The model can be fixed in a transparent acrylic box to achieve 3D stereo effect; Production models can be customized according to the CAD, STL, STP, STEP and other data you provide.

Why Choose Us?

Selecting Trando 3D Medical Technology Co., Ltd as your partner for medical simulation models offers numerous advantages:

• Extensive Experience: We bring years of expertise in designing, researching, and developing medical simulator products.
• Technical Superiority: Our product designs are based on extensive real human CT and MRI data, utilizing reverse 3D reconstruction technology for accurate representation.
• Innovative Manufacturing: We employ proprietary 3D printing molding technology, ensuring the highest standards of product quality and consistency.
• Material Diversity: With a wide selection of materials, we cater to various simulation needs and preferences.
• Precision and Quality: Our products are recognized for their high technological precision and stringent quality control measures.
• Reliable Service: We stand by our products with solid after-sales service and support, ensuring a seamless customer experience.

Contact Us

If you are interested in the Neuro Vascular Simulator or any of our other innovative medical simulation products, please do not hesitate to contact us at jackson.chen@trandomed.com.