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Key Features


NeuroNav™ System is intended to be used to assist neurosurgeons in the operating room during functional neurosurgery and to record from and stimulate brain motor and sensory neurons to aid in the placement of depth electrode. The NeuroNav™ allows for the safe an accurate introduction of electrodes into the brain, while recording neural activity, stimulating neural tissue, and guiding the user to the optimal target. The NeuroNav™ is capable of recording up to 5 channels of spikes and 5 channels of local field potentials. With integrated micro and macro stimulation, the surgeon can switch back and forth instantly from recording to stimulation, in order to achieve maximum accuracy during the DBS procedure. The unit is completely portable for easy maneuverability. Its compact size, affordable price, and ease of use, make it ideal for community hospitals and low volume centers. Easy set-up and simplified operations allow the operator to proceed with the operation within a matter of minutes and without complications. 

The NeuroNav™ is Ideal For
  • Hospitals and specialists who require portability to easily move the system from one location to another
  • Intra-Operative Monitoring service providers
  • Clinical hospitals launching a new DBS program or upgrading their existing equipment
  • Low volume centers with minimal staff searching for a more affordable unit
  • Fee per use and rental plans available for easy financing
  • Multi-channel recording capabilities. A total of up to 10 recording channels - 5 for spike activity measured from electrode micro tip and up to 5 for local field potentials “LFPs ” measured at the macro tip
  • Wide stimulation range of 1 μA to 10 mA
  • Switch seamlessly from recording to stimulation with the switch of a button
  • Gradual increase and decrease of stimulation current during stimulation of sensitive areas for added safety
  • Current feedback ensures an effective double-check of the current injected
  • User-friendly, handheld remote control to direct all system functions from a simple key pad, allows the user to control the operation from the inside or outside the sterile field
  • Several front-end modules available allow the user to pick manual or electronic drive of choice
  • Easy set-up, with pre-assembled electronic microdrive
  • Quiet electronic microdrive that allows recording while moving
  • Pre-set ‘step size’ option to maximize precision of the microdrive and improve safety
  • Clear on-screen trajectory view, builds automatically as the electrode advances in the brain, very useful to identify entry and exit of each nucleus
  • Electrode depth and distance from target are both clearly displayed on screen, with easy reference to macro and micro tip locations
  • Proprietary on-line Pattern Recognition Algorithm for optimal localization of STN
  • Speakers for effective audio verification
  • System can measure the Impedance of all electrodes to ensure recording integrity
Key Benefits
  • Reduces MER procedure time by up to 50%
  • A single user can conduct the entire procedure using the remote control unit
  • Few pieces and no clutter. Less than 5 minutes to set-up and start recording
  • Streamlined operation with only one cable going out of the sterile field, minimizing the risk of contamination
  • Superior signal clarity due to connection of the electrodes to the system amplifiers
  • Stimulation function is enabled by our specially designed drive,making only a single device necessary for performing the entire procedure
  • XY stage and 5-hole Bengun allow electrode repositioning without adjusting the stereotactic frame
  • Seamless and quiet operation ensures a smooth and effective operation
  • Affordable cost and quick ROI
  • Ergonomic design with fully portable and easy to carry case
Exceptional Versatility
  • It can be used with CRW, Leksell, Starfix and Nexframe.
  • Works with any stereotactic frame or frameless system
  • “ONE-STEP” DBS Implantation: The DBS is implanted through the same guide tube used for recording, ensuring maximum accuracy
  • Micron resolution: 0.001 mm readout, with a digital display, allows for precise return to any desired position