NeuroPrint: Neurosurgical Training Models
Patient-specific 3D printed anatomical models for neurosurgical training. Realistic, repeatable, ethical alternative to cadavers.
Current Models
Foramen Magnum Decompression Model
Anatomically accurate posterior fossa model for practicing foramen magnum decompression procedures. Includes occipital bone, C1 vertebra, and relevant anatomical landmarks.
Use: Chiari malformation surgery training, suboccipital craniectomy practice
External Ventricular Drain (EVD) Model
Realistic model for practicing EVD insertion technique. Features accurate ventricular anatomy and surface landmarks for safe catheter placement.
Use: Emergency neurosurgical procedure training, resident skill development
Cranial Drilling Practice Model
Half skull model with brain and dura mater. Designed for practicing craniotomy techniques, burr hole placement, and safe drilling without dural penetration.
Use: Craniotomy training, surgical skills lab, instrument familiarization
Why NeuroPrint Models?
For Training Programmes
- • Repeatable practice without cadaver dependency
- • Multiple residents can train simultaneously
- • Consistent anatomical quality
- • No ethical or storage concerns
- • Lower cost per training session
For Surgeons
- • Build muscle memory for critical procedures
- • Practice rare or high-risk cases safely
- • Train with actual surgical instruments
- • Realistic tactile feedback
- • Patient-specific anatomy when needed
Model Development
Our models are derived from real patient MRI and CT scans, processed by bioengineers with clinical neurosurgical input. Each model undergoes validation with practicing neurosurgeons to ensure anatomical accuracy and surgical realism.
Partner With Us
We work with hospitals, surgical training programmes, and medical schools worldwide. Contact us to discuss bulk orders, custom models, or collaborative development.
Get in Touch