Attache is a clinical and research visual electrophysiology system that function
Attache is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).
E3 is a clinical and research visual electrophysiology system that functions by
E3 is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).
Profile is a clinical and research visual electrophysiology system that function
Profile is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).
Profile System; with 27" Monitor and 100 Volt power supply is a clinical and res
Profile System; with 27" Monitor and 100 Volt power supply is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-5-27F-N-N
Profile System; with Xenon ColorDome and 100 Volt power supply is a clinical and
Profile System; with Xenon ColorDome and 100 Volt power supply is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-5-CDXR-N-N
Profile System; with no stimulator and 110V Power Supply is a clinical and resea
Profile System; with no stimulator and 110V Power Supply is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-NNNN-N-N
Profile System; with Non-Xenon ColorDome and 220V Power Supply is a clinical and
Profile System; with Non-Xenon ColorDome and 220V Power Supply is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-2-CDNS-N-N
E3 System, 110 Volt power supply, ColorDome with Xenon & desktop OR stand (inclu
E3 System, 110 Volt power supply, ColorDome with Xenon & desktop OR stand (includes long cable), with power supply, and chin rest, Desktop computer & Espion Software is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D315-1-1-CDXRL-NN-N-N-D
E3 System, 110 Volt power supply, Envoy Mini-OLED on a table stand, No computer
E3 System, 110 Volt power supply, Envoy Mini-OLED on a table stand, No computer is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D315-1-1-NNNNN-NN-N-T-N
Profile Gold System; with Xenon ColorDome is a clinical and research visual elec
Profile Gold System; with Xenon ColorDome is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXS-N-N
Profile System; with Xenon ColorDome on an Operating Room Arm; No Power supply,
Profile System; with Xenon ColorDome on an Operating Room Arm; No Power supply, 110V Cart is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-3-CDXR-N-N
E3 Console, 32-bit amplifier, amplifier stand, portable computer with Espion Sof
E3 Console, 32-bit amplifier, amplifier stand, portable computer with Espion Software and Accessory Kit is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D315-3-1-R-1-P
E3 Console 32-Bit Amplifier Amplifier Stand All-in-One Touch Screen Computer wit
E3 Console 32-Bit Amplifier Amplifier Stand All-in-One Touch Screen Computer with Espion Software and International Accessory Kit is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing displaying and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D315-3-2-R-4-D
E3 System; with Mini OLED and Portable computer is a clinical and research visua
E3 System; with Mini OLED and Portable computer is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D315-6-2-P
E3 System; with Mini OLED, No computer is a clinical and research visual electro
E3 System; with Mini OLED, No computer is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D315-6-1-N
E3 System; with Xenon ColorDome and 27" Monitor is a clinical and research visua
E3 System; with Xenon ColorDome and 27" Monitor is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D315-1-1-CDXSL-27-N-N-D
Profile System; with 27" Monitor and Mini OLED on extendable arm is a clinical a
Profile System; with 27" Monitor and Mini OLED on extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-B-1-27F-N-X
Profile System; with Xenon ColorDome on an Operating Room Arm and ColorBurst (wi
Profile System; with Xenon ColorDome on an Operating Room Arm and ColorBurst (with stand) and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXR-1-X
Cart-only, no control unit, no power unit, with 27" Monitor is a clinical and re
Cart-only, no control unit, no power unit, with 27" Monitor is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-N-3-27F-N-N
Profile System; with Xenon ColorDome on an Operating Room Arm is a clinical and
Profile System; with Xenon ColorDome on an Operating Room Arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXR-N-N
Profile System; with 27" Monitor is a clinical and research visual electrophysio
Profile System; with 27" Monitor is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-B-1-27F-N-N
Profile System; with Xenon ColorDome on an Operating Room Arm is a clinical and
Profile System; with Xenon ColorDome on an Operating Room Arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-R-1-CDXR-1-N
Profile System; with 32" Monitor is a clinical and research visual electrophysio
Profile System; with 32" Monitor is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-32F-N-N
Profile System; with Non-Xenon ColorDome is a clinical and research visual elect
Profile System; with Non-Xenon ColorDome is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDNS-N-N
Profile System; with 23" Monitor on an Operating Room Arm and ColorBurst and Min
Profile System; with 23" Monitor on an Operating Room Arm and ColorBurst and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-23R-2-B
Profile System; with 23" Monitor on an Operating Room Arm and Mini OLED with tab
Profile System; with 23" Monitor on an Operating Room Arm and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-B-1-23R-N-B
Profile System; with 23" Monitor and ColorBurst and Mini OLED with table stand &
Profile System; with 23" Monitor and ColorBurst and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-23F-2-B
Profile System; with 23" Monitor and Mini OLED with table stand & extendable arm
Profile System; with 23" Monitor and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-B-1-23F-N-B
Profile System; with 32" Monitor and ColorBurst and Mini OLED with table stand &
Profile System; with 32" Monitor and ColorBurst and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-32F-2-B
Profile System; with 32" Monitor and Mini OLED with table stand & extendable arm
Profile System; with 32" Monitor and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-B-1-32F-N-B
Profile System; with 23" Monitor on an Operating Room Arm and ColorBurst and Min
Profile System; with 23" Monitor on an Operating Room Arm and ColorBurst and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-23R-2-X
Profile System; with 23" Monitor on an Operating Room Arm and Mini OLED with ext
Profile System; with 23" Monitor on an Operating Room Arm and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-B-1-23R-N-X
Profile System; with 23" Monitor and ColorBurst and Mini OLED with extendable ar
Profile System; with 23" Monitor and ColorBurst and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-23F-2-X
Profile System; with 23" Monitor and Mini OLED with extendable arm is a clinical
Profile System; with 23" Monitor and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-B-1-23F-N-X
Profile System; with 32" Monitor and ColorBurst and Mini OLED with extendable ar
Profile System; with 32" Monitor and ColorBurst and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-32F-2-X
Profile System; with 32" Monitor and Mini OLED with extendable arm is a clinical
Profile System; with 32" Monitor and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-B-1-32F-N-X
Profile System; with Xenon ColorDome on an Operating Room Arm and ColorBurst and
Profile System; with Xenon ColorDome on an Operating Room Arm and ColorBurst and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXR-2-B
Profile System; with Non-Xenon ColorDome on an Operating Room Arm and ColorBurst
Profile System; with Non-Xenon ColorDome on an Operating Room Arm and ColorBurst and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDNR-2-B
Profile System; with Xenon ColorDome and ColorBurst and Mini OLED with table sta
Profile System; with Xenon ColorDome and ColorBurst and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXS-2-B
Profile System; with Non-Xenon ColorDome and ColorBurst and Mini OLED with table
Profile System; with Non-Xenon ColorDome and ColorBurst and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDNS-2-B
Profile System; with ColorBurst and Mini OLED with table stand & extendable arm
Profile System; with ColorBurst and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-NNNN-2-B
Profile System; with Xenon ColorDome on an Operating Room Arm and Mini OLED with
Profile System; with Xenon ColorDome on an Operating Room Arm and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXR-N-B
Profile System; with Non-Xenon ColorDome on an Operating Room Arm and Mini OLED
Profile System; with Non-Xenon ColorDome on an Operating Room Arm and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDNR-N-B
Profile System; with Xenon ColorDome and Mini OLED with table stand & extendable
Profile System; with Xenon ColorDome and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXS-N-B
Profile System; with Non-Xenon ColorDome and Mini OLED with table stand & extend
Profile System; with Non-Xenon ColorDome and Mini OLED with table stand & extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDNS-N-B
Profile System; with Xenon ColorDome on an Operating Room Arm and ColorBurst and
Profile System; with Xenon ColorDome on an Operating Room Arm and ColorBurst and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXR-2-X
Profile System; with Non-Xenon ColorDome on an Operating Room Arm and ColorBurst
Profile System; with Non-Xenon ColorDome on an Operating Room Arm and ColorBurst and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDNR-2-X
Profile System; with Xenon ColorDome and ColorBurst and Mini OLED with extendabl
Profile System; with Xenon ColorDome and ColorBurst and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDXS-2-X
Profile System; with Non-Xenon ColorDome and ColorBurst and Mini OLED with exten
Profile System; with Non-Xenon ColorDome and ColorBurst and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-CDNS-2-X
Profile System; with ColorBurst and Mini OLED with extendable arm is a clinical
Profile System; with ColorBurst and Mini OLED with extendable arm is a clinical and research visual electrophysiology system that functions by presenting a light stimulus to the eye, and then capturing, displaying, and storing the waveform of the electrical response from the retina (corneal electrode) or brain (occipital skin electrodes).Configuration: D310-G-1-NNNN-2-X
Software for EEG, EMG, EP and other applications based on acquiring, processing
Software for EEG, EMG, EP and other applications based on acquiring, processing and analyzing of biological electrical signals. Identifier (8012) contains the software version.
LED PHOTIC POWER is the power supply adapter included in LED PHOTIC System. LED
LED PHOTIC POWER is the power supply adapter included in LED PHOTIC System. LED PHOTIC System is used for the photic stimulation of the patient during the EEG recording
LED PHOTIC lamp is used in LED PHOTIC System for the stimulation of the patient
LED PHOTIC lamp is used in LED PHOTIC System for the stimulation of the patient during the EEG recording. The patient’s retina is stimulated with bright light flashes in order to stimulate brain activity changes. These changes can be used to evaluate brain functioning.The stimulation methods, like the photic stimulation, are integral part of the EEG exams.
software for acquisition, review, storage , process and measure of biologic sign
software for acquisition, review, storage , process and measure of biologic signals (particularly EEG and PSG)
software for acquisition, review, storage , process and measure of biologic sign
software for acquisition, review, storage , process and measure of biologic signals (particularly EEG and PSG)
Neuro-IOM system with Neuro-IOM.NET software is a medical device intended for in
Neuro-IOM system with Neuro-IOM.NET software is a medical device intended for intraoperative neurophysiologic monitoring: the device provides information to assess a patient’s neurophysiological status.The system allows to monitor the functional integrity and/or mapping of central and peripheral nervous system including motor and sensory pathways. It is provided in III different configurations:I. 32/B II. 32/S III. 16/S The system ensures the following IOM modalities: free-run EMG (electromyography), direct nerve stimulation including pedicle screw test, SSEP (somatosensory evoked potentials), MEP (motor evoked potentials), EEG (electroencephalography), AEP (au-ditory evoked potentials), VEP (visual evoked potentials), direct cortical stimulation. Also the train-of-four (TOF) stimulation is performed.The system is not intended to measure the vital signs. It records the data to be inter-preted by the neuromonitoring specialist.