Rehearse cranial surgery with 1 kHz haptic fidelity.
NeuroSim AI converts clinical CT and MRI scans into volumetric biomechanical simulations, enabling neurosurgeons to model tissue deformation and test clip trajectories prior to skin incision.
Computed real-time nonlinear hyperelastic deformation of frontal lobe parenchyma under 12 mmHg surgical retraction.
Haptic force sensor accurately rendered arterial wall elasticity and clip-blade closure resistance at 0.42 Newtons.
Simulate Sub-Millimeter Clip Placement
Select surgical case scenarios to evaluate microvascular clip trajectories, check parent artery blood flow preservation, and measure residency technical skill.
Simulating micro-dissection of arachnoid membrane; measuring distance to recurrent artery of Heubner.
Ready to engineer your custom healthcare ai architecture?
Explore our production engineering, fixed-cost delivery, or talent-on-demand models to build mission-critical digital systems.