20 Channels Wireless Portable EEG and Mapping System

• Classification: Imaging Diagnostic Equipment
• Type: ECG
• Certification: CE, ISO13485
• Group: All
• Channel: 20 Channels
• Transport Package: Carton
• Model NO.: Type C
• Specification: CE
• Trademark: AMISMED
• Origin: China
• HS Code: 90181990

Product Description

20 Channels Wireless Portable EEG and Mapping System


Brief description:

20 channel ambulatory EEG

        Wireless Bluetooth 

Channel: 19 ch EEG + 1 ch ECG

1. Event button to mark patient's epilepsy seizure

        2. Plug and play single electrode (DIN interface)

Main Features of 7128WH-C20 20 channel ambulatory EEG

Supports 19 EEG channels plus 1 channel ECG to meet with doctor's clinical requirements;


Low power consumption, capable of supporting up to 72 hours recording with 4 AA batteries;


Use of DC power supply eliminates risk of electric shock to patients and prevents signal interference, and removes the need to use ground wire or other shielding features;


Supports real-time EEG waveform recording and display via Wireless Bluetooth transmission, or dynamic recording with flash memory card capable of storing up to 2GB of EEG data (data storage capability depends fully on memory card used);


Fast data uploading capability: Data stored in flash memory card via dynamic recording can be quickly transmitted to desktop or laptop computer through USB 2.0/USB1.1 interface;


 

Single electrodes with touch proof connectors that meets international standard, and can be replaced individually if necessary;

Event button on the amplifier enables on-the-spot manual event marking of patient's epilepsy seizure during recording;


Compact design and easy to carry, complete with EEG signal isolation to support maximum patient movement without distortion;



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

 

 

Application

EEG mapping;  EEG tendency analysis;  EEG spectral analysis;  Brain waves fast playback and fast positioning function;  Automatic spike recognition with adjustable arbitrary spike-wave parameters;
User can list the events marked during replay and locate each of the event markers in the waveform. User can add, change or remove event markers based on manual observation made during recording; User can also review the EEG waveforms with a different combination of parameters and filters; Automatically generates EEG case reports with customizable print templates.