You need this level of details
BrainBox is an hyperrealistic simulator that gives you the possibility to explore all the brain structures in temporal approach. Here’s what you can explore:
II: Optic Nerve
ICA: Internal Carotid Artery
ACA: Anterior Cerebral Artery
AComA: Anterior Communicating Artery
III: Oculomotor Nerve
PComA:Posterior Communicating Artery
PCA: Posterior Cerebral Artery
Internal Cerebral veins
Vein of Galeno
SCA: Superior Cerebellar Artery
IV: Trochlear nerve
Middle skull base fossa
UpSurgeOn Technologies for your hands-on courses
Manual Training: BrainBox
BrainBox is the most hyperrealistic simulator designed for psychomotor skill augmentation. Neurosurgery residents from all over the world are already practicing on this tool to perform neuroanatomy exploration, craniotomies and aneurysms clipping.
One Box, infinite Scenarios
BrainBox is modular
The entire BrainBox series has been designed in a modular way, to gives you the possibility to collect all the scenarios with just one Full Box.
If you already have a Full Box, you can simply add the other internal scenarios to your library and switch from one approach to another.
Neurosurgery App for your Mental Training
Neurosurgery App is the most advance technology for neurosurgical training. The app will guides you through the entire procedure (Planning, positioning, approach, microscope) to empower your mental training
Augmented Reality for Hybrid Training
BrainBox + Box AR module
Expand your BrainBox experience with BoxAR, a free module included in Neurosurgery App. BoxAR interacts with the physical BrainBox to create the best HYBRID experience of training ever!
Manual Training: Craniotomies
Infinite craniotomies with Disposable Skulls
Thanks to BrainBox and its spare components, is now possible to enhance your manual skills by performing infinite craniotomies.
Manual Training: Exploration
The most life-life training experience
Imagine to be able to train your skills everywhere. Exploring neuroanatomy without cadavers is now possible, thanks to the most hyperrealistic simulator of neuroanatomy.