Neuromaster MEE-1000
Neuromaster MEE-1000
Neuromaster is latest member of the NIHON KOHDEN family of products for intraoperative monitoring. Its flexible operating design was specifically developed for neurophysiological monitoring requirements in the OR.
Neuromaster offers analysis modules for evoked potentials (SEP, AEP, VEP), EEG, MEP and EMG that can be flexibly configured according to the surgical indication. A wide variety of display options is available for signals as original or trend curves. The EP and MEP signals are continuously recorded and saved and shown in a trend display as a waterfall plot. Likewise, EEG signals are recorded continuously or intermittently and can be displayed as an original curve or waterfall plot in DSA or CSA format. All this was packaged in forward-looking operating concept that allows you to flexibly adjust the up to 100 different examination programs to the requirements of the surgical intervention.
Like all other systems from NIHON KOHDEN, the Neuromaster features excellent signal quality that guarantees reliable conduction particularly under the special conditions in the operating room. Our developers placed particular importance on flexibility, including in the hardware. The small and compact input and stimulation boxes can be attached directly to the OR table to avoid long electrode cables.
With remote access via TCP/IP, the neurophysiologist or anesthetist is free of the physical recording system and can access all original and trend data without affecting the actual data recording.
Of course, Neuromaster can be integrated into a network with other monitoring stations from NIHON KOHDEN, ensuring a common platform for all neurophysiological data.
Features:
Analysis modules for EP, EEG, MEP and EMG
- 16 or 32 channels
- 5 to 20 electrical stimulators for peripheral stimulation
- Up to 2 stimulators for intracranial electrostimulation
- Optional transcranial stimulation
- Optional integration of a video image
- User-defined layouts
- Individual configuration of the examination procedure based on the surgical indication
