Digital electroencephalograph “NeuroScope”
NeuroScope is a family of PC-based digital encephalographs. There are three model lines; the models in one line differ only by the number of channels.
NeuroScope is a family of PC-based digital encephalographs. There are three model lines; the models in one line differ only by the number of channels.
EEG channels
Printing channels
Disabling unused inputs
Frequency band
ADC resolution
Noise voltage in the 0.5–35 Hz band peak-to-peak
Common-mode signal attenuation
Interference suppression 50Hz
Input impedance
Dimensions and weight
from 20 to 50
any channel
✓
0,15–70 Hz
24
<1,5 µV
>90 db
>75 db
>75 MOhm
20 and 25 channels
185×135×50 mm
400 g
25 and more channels
215×230×115 mm
800 g
from 20 to 50
any channel
✓
0,15–70 Hz
24
<1,5 µV
>90 db
>75 db
>75 MOhm
20 and 25 channels
185×135×50 mm
400 g
more than 25 channels
215×230×115 mm
800 g
10, 16, 20
1 channel
✕
0,5–35 Hz
16
<1,5 µV
>80 db
>50 db
>50 MOhm
10 channels
160×95×50 mm
400 g
16 and 19 channels
185×135×50 mm
400 g
EEG channels
Printing channels
Disabling unused inputs
Frequency band
ADC resolution
Noise voltage in the 0.5–35 Hz band peak-to-peak
Common-mode signal attenuation
Interference suppression 50Hz
Input impedance
Dimensions and weight
from 20 to 50
any channel
✓
0,15–70 Hz
24
<1,5 µV
>90 db
>75 db
>75 MOhm
20 and 25 channels
185×135×50 mm
400 g
25 and more channels
215×230×115 mm
800 g
EEG channels
Printing channels
Disabling unused inputs
Frequency band
ADC resolution
Noise voltage in the 0.5–35 Hz band peak-to-peak
Common-mode signal attenuation
Interference suppression 50Hz
Input impedance
Dimensions and weight
from 20 to 50
any channel
✓
0,15–70 Hz
24
<1,5 µV
>90 db
>75 db
>75 MOhm
20 and 25 channels
185×135×50 mm
400 g
more than 25 channels
215×230×115 mm
800 g
EEG channels
Printing channels
Disabling unused inputs
Frequency band
ADC resolution
Noise voltage in the 0.5–35 Hz band peak-to-peak
Common-mode signal attenuation
Interference suppression 50Hz
Input impedance
Dimensions and weight
10, 16, 20
1 channel
✕
0,5–35 Hz
16
<1,5 µV
>80 db
>50 db
>50 MOhm
10 channels
160×95×50 mm
400 g
16 and 19 channels
185×135×50 mm
400 g
To record an encephalogram just run the program and turn on the EEG recording, no special knowledge is required. At the end of the recording, save the file. The initial program presets are such that they are suitable for most routine examinations.
The program “Neuroscope” is free and you can download it from our website. You can record EEG on one computer, and view the records on any other where the Neuroscope program is installed. You will only need files of records of encephalograms, which can be transferred on a flash drive or sent by e-mail.
Neuroscope can record not only EEG but also video, for example, for the diagnosis of epilepsy. Scrolling through the synchronous video EEG examination, you see an encephalogram and a frame corresponding to a specific instant of recording. The position and approximation of the camera is adjusted directly from the program.
We give 5 years warranty for our products. The devices do not require calibration, they are automatically calibrated at the beginning of work. A multi-level data protection system keeps your records – computer failure or a sudden power outage does not lead to loss of recorded data. The next time you start the program, the last entry will be opened, up to the second when the failure occurred.
EEG recording can take several minutes or hours. In any case, you can instantly scroll through it to the desired episode using the scroll bar or set recording events. The filtering parameters, sensitivity and montages can be switched both during recording and while viewing the EEG. Due to smoothing algorithms, EEG curves look as if they were drawn with a thin pen on paper. Digital signal filtering allows you to record all waves within the EEG frequency range and to prevent unwanted noise from other frequency domains.
Digital signal filtering allows you to record all waves within the EEG frequency range and to prevent unwanted noise from other frequency domains.