The Circle of Willis is a 3D printed anatomical model crafted for educators, clinicians, and medical students. It offers precise visualisation of the main intracranial arteries, helping users understand the vascular supply to the brain. Choose this model for unmatched anatomical detail and educational value in neurovascular instruction.

Gain Unmatched Neuroanatomical Insight with the Circle of Willis Model

This stunning 3D printed Circle of Willis model brings high-resolution vascular anatomy to your classroom or clinic. Crafted using meticulous segmentation of real angiographic data, this specimen highlights key arterial pathways—including paired vertebral arteries, basilar artery formation, and the major branches serving the brain. The model illustrates how vertebral arteries enter via the foramen magnum and fuse into the basilar artery before branching into terminal posterior cerebral arteries. Superior cerebellar arteries appear just before this junction. This clinical-grade tool provides an accurate and durable resource for teaching, demonstration, or self-study. Experienced anatomists or learners alike benefit from this professional standard, lifelike representation.

Features and Benefits

• High fidelity 3D print based on actual angiographic segmentation
• Clear demonstration of vertebral, basilar, posterior cerebral, and superior cerebellar arteries
• Clinical-grade quality suitable for advanced education
• Excellent for classroom, clinical, and research environments
• Durable model for long-term use and frequent handling
• Provides anatomical orientation relative to inferior viscerocranium and neurocranium
• Detailed anatomical description available on request

Indications for Use

• Medical and allied health education
• Anatomical and neurovascular teaching
• Demonstrations to students or patients
• Clinical reference for surgical or diagnostic planning
• Research presentations and study

Size Guide

• Single model available
• Full intracranial arterial anatomy, including vertebral arteries, basilar artery, posterior cerebral arteries, and superior cerebellar arteries
• Exact scale and size based on authentic angiographic imaging data