Circle Of Willis 3D Model

Brief Introduction

The Circle Of Willis 3D Model is an exceptional medical simulation device that offers an intricate replication of the human neurovasculature, with a focus on the Circle of Willis—an essential anatomical structure where the cerebral arteries intersect. This model is meticulously designed to include five common intracranial aneurysms of varying sizes, providing a comprehensive educational and practical platform for medical professionals and students to study and practice neurovascular procedures. The model's ability to integrate with various other vascular models, such as neuro, aortic, and peripheral vessel models, expands its utility for a wide range of simulation scenarios.

The products is crafted with high-fidelity silicone that mimics the look and feel of real human tissue, offering a realistic training environment. Its design incorporates complex arterial pathways and challenging vascular configurations, such as 360-degree loops and 180-degree bends, which are critical for honing the skills required for endovascular and neurosurgical interventions. The model's modular connectors enable easy assembly, disassembly, and replacement of its sections, ensuring that it can be customized to meet diverse educational and procedural needs.

Application

The Circle Of Willis 3D Model serves a multitude of applications within the medical field, primarily as a training tool for neurovascular procedures.

• The model is instrumental in simulating various interventional techniques, such as aneurysm tamponade, cerebral angiography, and percutaneous coronary interventions (PCI).
• The model's versatility extends to the development, testing, and validation of neuro-interventional devices, including catheters, guidewires, microcatheters, and micro guidewires.
• Furthermore, the model is an excellent resource for patient education, enabling clinicians to illustrate complex vascular conditions in a clear and accessible manner.
• The model's realistic morphology and anatomical accuracy make it a valuable asset for both medical education and clinical practice, enhancing the understanding of neurovascular pathologies and their management.

Custom Service

• The numbers, sizes and locations of those aneurysms can be customized.
• Internal carotid arteries could be Simple, Normal, Tortuous, or Challenge which offers (2) 360 degree loops and (2) 180 degree bends or contain stenosis lesions with different degrees.
• Some relevant brain lesions can be added on this model, such as intracranial embolism, AVM, stenosis lesions, etc.

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

Trando 3D Medical Technology Co., Ltd is a distinguished manufacturer and supplier with a wealth of experience in designing and producing medical models and simulators. We specialize in self-developed products and offer both mass production and customized services to meet the diverse needs of our clients around the world. If you are interested in the Circle Of Willis 3D Model or any of our other innovative medical simulation products, please do not hesitate to contact us at jackson.chen@trandomed.com. We look forward to the opportunity to serve you and contribute to the advancement of medical education and patient care.