36 Channels Sleep-Related Epilepsy and Electroencephalography device

タイトルまたは説明

About us:

We are a professional manufacturer which produce many kinds of electrophysiological diagnostic and rehabilitation equipments for more than *5 years history in China.Our products cover EEG/ERP/PSG series, EMG/EP series, Rehabilitation series and Modular Multi-Parameter Monitor series. All products are widely used for hospital,clinic,scientific research and household diagnosis and treatment .As a professional developer with professional and experienced R&D team,NCC Medical will provide OEM/ODM,distribution or agency with customers

Digital EEG& PSG medical device 

Specificationsfor Type-D EEG Amplifier:

 

 

 

Key Features & Advantages:

1.     Professional EEG amplifier suitable for all standard applications of routine EEG and long term EEG monitoring in the research and clinical areas.

2.     Configurable in a number of setups according to user’s needs:

u *4/*6/*8/*0 channels monopolar EEG;

u *4/*6/*8 channels monopolar EEG + *2 channels bipolar EEG;

u *4/*6/*8 channels monopolar EEG + *2 channels bipolar EEG + ERP examination with Acoustic & Visual stimulator, consisting of three stimulation functions (sound, light and electricity) which can be configured with special earphones and VEP monitor.

3.     *4 bits A/D conversion rate, with high sampling rate of up to 8 kHz.

4.     High quality real-time EEG signal acquisitionis transmitted via fiber optical isolation, which shields away interference from power line and other signals, transmitting stable and reliable measurement data at high-speed while greatly ensuring patient’s safety.

5.     Amplifier can be operated either by DC power without affecting signal quality.

6.     Head-box designto access single shielded cup/clip electrodes with touch proof connectors (1.5mm).

7.     Built-in impedance testing function and automatic calibration (for both sine wave and square wave signals).

8.     Optional video system for recording, editing and displaying video images synchronously with EEG signals.