The Medial Orbit is a precision 3D printed anatomical model designed for advanced medical education and clinical demonstration. It provides detailed visualization of the orbit and its neighboring structures from a medial viewpoint. Healthcare educators and anatomy students choose this model for clear, accessible study of complex orbital relationships that traditional texts cannot offer.

Immerse Yourself in Detailed Orbital Anatomy With the Medial Orbit

This clinical-grade model features the orbital contents as seen when the lateral nasal wall and ethmoidal sinuses are removed. Users clearly view the posterior ethmoidal nerve (PEN), a branch of the nasociliary nerve (CN V1), running between the medial rectus muscle below and the superior oblique muscle above. The Medial Orbit elevates anatomical understanding by showcasing intricate structures in three dimensions, making it ideal for advanced learning, surgical planning, or patient communication. Durable 3D printing ensures lasting quality and precise anatomical accuracy in every model.

Features and Benefits

• High-resolution 3D print displays orbital contents and spatial relationships
• Clear medial perspective with lateral nasal wall and intervening ethmoidal sinuses removed
• Highlights posterior ethmoidal nerve’s course and its relation to key extraocular muscles
• Manufactured to clinical standards for education and training
• Durable model suitable for frequent handling and classroom use
• Detailed anatomical description available upon request
• Fast Australian dispatch with tracked nationwide delivery
• Flat rate or free shipping on qualifying orders

Indications for Use

• Medical, nursing, or allied health professional education
• Surgical training and preoperative planning
• Patient or student anatomical demonstrations
• Advanced study of orbital neurovascular anatomy

Size Guide

• Single model based on adult human orbital anatomy
• Dimensions reflect actual anatomical proportions for optimal realism