A non-sterile electrical conductor intended to be applied adjacent to the eye to transmit an electrical signal during an evaluation of the eye's retina. It is typically in the form of a conductive thread that is laid along the lower eyelid in contact with the tear film and cornea. The general device that records this electrical activity is the electroretinograph (ERG). This is a single-use device.

Profile System; with 32" Monitor and Mini OLED with table stand 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-T

Profile System; with 23" Monitor on an OR Arm and ColorBurst 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-N

Profile System; with 23" Monitor on an OR 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-N

Profile System; with 23" Monitor and ColorBurst 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-N

Profile System; with 23" 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-1-23F-N-N

Profile System; with Xenon ColorDome on an OR Arm and ColorBurst and Mini OLED with table stand 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-T

Profile System; with Non-Xenon ColorDome on OR Arm and ColorBurst and Mini OLED with table stand 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-T

Profile System; with Xenon ColorDome and ColorBurst and Mini OLED with table stand 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-T

Profile System; with Non-Xenon ColorDome and ColorBurst and Mini OLED with table stand 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-T

Profile System; with ColorBurst and Mini OLED with table stand 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-T

Profile System; with Xenon ColorDome on an OR Arm and Mini OLED with table stand 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-T

Profile System; with Non-Xenon ColorDome on OR Arm and Mini OLED with table stand 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-T

Profile System; with Xenon ColorDome and Mini OLED with table stand 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-T

Profile System; with Non-Xenon ColorDome and Mini OLED with table stand 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-T

Profile System; with Xenon ColorDome on an OR Arm and ColorBurst 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-2-N

Profile System; with Non-Xenon ColorDome on OR Arm and ColorBurst 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-CDNR-2-N

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-R-1-CDNS-N-N

Profile System; with 32" Monitor; 220V 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-2-32F-N-N

Profile System; with 32" Monitor and ColorBurst 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-N

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-B-1-32F-N-N

Profile System; with Xenon ColorDome; 220V 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-2-CDXS-N-N

Profile System; with Xenon ColorDome and ColorBurst 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-CDXS-2-N

Profile System; with Non-Xenon ColorDome and ColorBurst 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-CDNS-2-N

Profile System; with ColorBurst 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-NNNN-2-N

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-N-N

The Profile System; with Non-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-CDNR-N-N

The Profle System with Xenon ColorDome & ColorBurst 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). It's product configuration D310-R-1-CDXS-2-N.

E3 Console Only: 220V 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: D315-4-2

E3 Console Only; 110V 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: D315-4-1

E3 Console, 32-Bit Amplifier, Amplifier Stand, All-in-One Touch Screen Computer with Espion S/W 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-D

E3 System; with Xenon ColorDome on an Operating Room Stand and 23" Monitor; 220V 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: D315-1-2-CDXRL-23-N-N

E3 System; with Xenon ColorDome and 23" Monitor and ColorBurst 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-23-2-N

E3 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: D315-1-1-CDNSL-NN-N-N

E3 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: D315-1-1-CDXSL-NN-N-N-D

E3 System; with ColorBurst 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-2-N

E3 System; with 23" Monitor and ColorBurst 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-23-2-N

E3 System; with 23"/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).Configurations:D315-1-1-NNNNN-23-N-N, D315-1-1-NNNNN-27-N-N, D315-1-1-NNNNN-27-N-N-D