The Posterior Body Wall / Ventral Deep Dissection is a clinically accurate 3D printed anatomical model designed for educators, clinicians, and medical students. It displays a detailed ventral deep dissection from the head and neck through the thorax, abdomen, and proximal thighs. This model provides a continuous, unobstructed view of central nervous system structures and the origins of segmental nerves, making it invaluable for those seeking to master complex anatomical relationships.

Unlock Advanced Anatomical Insight with the Posterior Body Wall / Ventral Deep Dissection

This 3D printed specimen stands as an exceptional educational tool that brings true-to-life clarity to deep ventral anatomical structures. Surgical educators, training institutions, and health professionals value its ability to highlight axial anatomy in vivid detail. The model removes the anterior cranium and vertebral bodies from the cervical region to the fifth lumbar vertebra, exposing intricate neural origins and connections. Use this unique specimen to enrich learning, sharpen clinical understanding, and demonstrate anatomical concepts that textbooks cannot fully convey.

Features and Benefits

• Accurate 3D printed axial anatomy from head and neck to proximal thighs
• Exposes deep central nervous system structures
• Displays origins of segmental nerves
• Complements dorsal dissection specimens for full anatomical context
• Clinical-grade material for durability and realism
• Perfect for advanced education and demonstration
• Free shipping on orders over $150 Australia-wide

Indications for Use

• Medical and anatomical education
• Clinical demonstration and teaching
• Surgical resident and student training
• Reference for neuroanatomy and axial structure studies

Size Guide

• One standard specimen – covers anatomy from head, neck, axillae, thorax, abdomen, to proximal thighs
• Removes anterior cranium and vertebral bodies from cervical region to 5th lumbar for continuous internal view
• Full-size model as per clinical educational standard