3D Printed Models
3D printed anatomical models represent the most significant advance in anatomy education in decades. Unlike traditional manufactured models, 3D printed specimens can be produced directly from real pat...
How to Choose
| Model Type | Best For | Key Distinction from Traditional Models | Typical Price Range |
|---|---|---|---|
| Healthy anatomy series — skeletal | Advanced anatomy study, imaging interpretation education | Produced from real patient scan data, shows individual anatomical variation | $150 – $500 AUD |
| Healthy anatomy series — organ | Advanced anatomy, surgical anatomy education | Patient-specific anatomy, more realistic than moulded models | $200 – $600 AUD |
| Pathology series — bone and joint | Orthopaedic education, surgical training, radiology | Shows real pathological conditions from patient imaging | $250 – $700 AUD |
| Pathology series — soft tissue and organ | Advanced clinical and surgical education | Tumours, vascular anomalies, organ disease from real patient data | $300 – $800 AUD |
| Pathology series — spine | Chiropractic, physiotherapy, spinal surgery education | Real disc herniations, degeneration, and post-surgical anatomy | $250 – $600 AUD |
What to check before buying
Educational objective — If you need students to recognise normal anatomy, the Healthy Anatomy Series suits that purpose. If you need students to recognise pathological presentations, the Pathology Series is the right choice.
Complement, not replace — 3D printed models work best alongside traditional models. If you are purchasing 3D printed models for the first time, confirm that foundational traditional models are already in place for the same body region.
Handling environment — Some 3D printed pathological models have fine structural detail that requires more careful handling than a standard PVC model. If the model will be used in a high-traffic student practical session, discuss durability with the team before purchasing.
3D printed anatomical models represent the most significant advance in anatomy education in decades. Unlike traditional manufactured models, 3D printed specimens can be produced directly from real patient CT and MRI scan data — meaning the anatomy they show is not a generalised representation but an accurate rendering of actual pathology, individual variation, or surgical anatomy.
The Anatomy Store stocks 3D printed models across two main series: a Healthy Anatomy Series for standard anatomical study, and a Pathology Series showing specific disease states including tumours, fractures, vascular anomalies, and degenerative conditions. Models in the pathology series are particularly valued in surgical training, radiology education, and advanced clinical programmes where students need exposure to disease presentations they may not encounter frequently in practice.
Common Questions
Traditional manufactured anatomical models are produced from a standardised mould that represents an average or idealised version of human anatomy. 3D printed models are produced from real patient CT or MRI scan data, meaning the anatomy they show is an accurate rendering of an actual patient — including individual variation, pathological change, and surgical anatomy.