Electroencephalograph-recorder "Encephalan-EEGR-19/26". "Mini" modification

Four options for using the basic device – autonomous patient transceiver-recorder ABP-10 – with a large number of various wireless modules and sensors expand the field of application:

Low-channel portable electroencephalograph-recorder

Used for short-term and long-term EEG studies in telemetric or autonomous (EEG-Holter) modes and is efficiently applied for:

  • differential diagnosis of epilepsy (applied with software "Encephalan-Video") mainly in children and infants;
  • continuous EEG monitoring in emergency rooms and intensive care units with the help of software "Encephalan-NM" and software "Encephalan-CFM", including the pronouncement of brain death;
  • psychophysiological research;
  • neuromarketing research.

Biofeedback and neurofeedback equipment

The main features of the wireless electroencephalograph, modification “Mini” for biofeedback training, are:

  • multiparameter record (10 or more), which allows creating and using more effective scenarios of biofeedback procedures in sport, education, science and for special training and rehabilitation;
  • professional neurophysiological support using software for electroencephalograpical studies and additional software.

for sleep cardiorespiratory disorders analysis

Electroencephalograph-recorder "Encephalan-EEGR-19/26, "Mini" modification in combination with software "Encephalan-PSG" and required wireless modules and sensors is effectively used as polysomnograph .

Two variants of polysomnograph based on patient transceiver-recorder ABP-10 provide professional level of sleep diagnostics in compliance with the AASM Standards.

Patient transceiver-recorder ABP-10 allows carrying out studies in telemetric or autonomous (PSG-Holter) mode.

Multifunctional multichannel polygraphic system

A unique option of combination of two or three patient transceivers-recorders ABP-10 with additional modules and sensors allows creating multifunctional polygraphic systems with synchronous recording of more than 30 different signals.
All physiological signals are synchronously recorded and displayed as the result of a single device operation during monitoring or data analyzing.
Light weight of device, an option of quick modification of system configuration and high software functionality provide an effective application of the system in sports and occupational medicine, and scientific research.