The CHO-EEG8102 is a high quality EEG system based on requirements from clinics and scientific research institutes.As the process of converting analog signal to digital signal is performed inside the amplifier before transmitting to PC via USB port,the risk of being interfered by external noise is greatly reduced during data transmission. The software installed on a PC with Microsoft Windows OS is very easy to use.

25-30kg

High Quality 32 Channel EEG System Digital Versatile Medical Electroencephalography
CHO-EEG8102

The CHO-EEG8102 includes functions of configurable 32 channel input, photic stimu-lation,SpO2 measurement,and video synchronousdisplay (for option).
The CHO-EEG8102 is a high quality EEG system based on requirements from clinics and scientific research institutes.As the process of converting analog signal to digital signal is performed inside the amplifier before transmitting to PC via USB port,the risk of being interfered by external noise is greatly reduced during data transmission. The software installed on a PC with Microsoft Windows OS is very easy to use.
The CHO-EEG8102 system is daily applied on patients with disordered brain function diseases and used in a rangeof services such as neurology, circulation,respiratory,endocrinology, and gastroenterology for diagnosis and long-time monitoring.

High Quality Amplifier with Strong Anti-interference Ability
The amplifier has strong anti-interference ability with features of low input noise, low input bias-current and high common mode rejection ratio (CMRR).The photoelectric isolation technology taken inside the amplifier enhancesits security and reliability.
True Waveform Data without Excessive Filtering
The combination of pre-amplifier with high DC offset tolerance and software without excessive filtering enables thesystem to obtain true and reliable waveform data.
Video Synchronous Display during Recordingand Review
Taking exclusive video processing technology with the software,the video and waveforms can display synchronously without any delay during recording and review.