====== Robotic neurosurgery systems ======

see https://moffitt.org/media/4327/352.pdf

Technically, surgical robots can be divided into passive or active systems. A passive system is one in which the surgeon provides the physical energy to drive the surgical tool
((Mckay-Davies I, Bann S, Darzi A. Robotics in surgery. Student BMJ. 2002;10:215–258.)).

Some commonly used robots available for neurosurgery are the [[neuromate]] (Renishaw Mayfield,
Lyon, France), [[Pathfinder]] (Prosurgics, High Wycombe, United Kingdom), the [[NeuroArm]] (University
of Calgary, Calgary, Alberta, Canada), the [[SpineAssist]] (MAZOR Robotics, Orlando, Florida),
and [[Renaissance]] (MAZOR Robotics). 


[[Da Vinci robot]]

[[MARS]]

[[Mazor robotics]]

[[Neuromate]] stereotactic robot (Renishaw, Gloucestershire, UK)

[[PUMA 200]]

[[Rosa]] 

[[Stealth Autoguide]]

see [[Robotic Stereotaxy systems]].