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Brain Explorer is our complete line of EEG systems and the system of choice for
busy clinics and hospitals. It is a marriage of innovation, EEG/EP versatility and
ruggedness that provides health care professionals with state of the art
performance for responsive patient care.
BE Light 28
28 channels, 24 referential/4 bipolar (3 channels available for DC input, 8 for EP)
Ideal for use in a demanding clinical environment where size, ruggedness, flexibility and cost are important.
 BE Light 36
36 channels, 36 referential
(4 channels available for DC)
Ideal for use in demanding clinical environment where the combination of small size, high number of channels and cost are important.
BE 33
33 channels, 29 referential/4 bipolar (33 channels available for DC, 8 or 33 for EP)
Suitable for high-end EEG/EP applications requiring maximum flexibility of the input channels while keeping the application simple.
 BE 40
40 channels, 32 referential/8 bipolar (40 channels available for DC, 8 or all for EP)
Suitable for high-end EEG/EP applications requiring maximum flexibility of the input channels while keeping the application simple.
This amplifier is also available in a version as MRI compatible device for recordings during MRI sessions in combination with
a dedicated electrode cap.
 BE Plus 64
64 channels, 64 referential (4 channels available for DC, all for ERP)
Conceived for Long Term (Epilepsy) Monitoring applications, this CF-graded amplifier can be used with intra-cerebral electrodes as well as standard electrodes. The high number of channels makes this amplifier also very attractive for the recording of Cognitive Evoked Potentials (ERP) using dense electrode positioning.
BE Plus 128
128 channels, 128 referential (8 channels available for DC, all for ERP)
Two 64 channel units can be combined together to create a seamless block of 128 channels. This configuration makes it an ideal solution for recordings using intra-cerebral electrodes. For clinical research using an ultra dense electrode positioning this configuration can be used for the acquisition of long latency evoked potentials (ERP).
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