Medicom MTD Ltd

Electroneuromyograph with option of brain evoked potentials study provides quality record of myographic signals and evoked potentials.

Meant for use in neurological and neurophysiological departments, sport medicine and scientific research.

2, 4 or 5-channel modifications or different software versions provide both inexpensive and elite expert class devices.

Wireless connection of patient transceiver-recorder with remote control and footswitch decreases the number of wire connections and increases comfort for patients and doctors during study carrying out.

The original remote control (RC) is an equivalent of a functional keyboard – it simplifies the carrying out of multiple standard tests without the use of a computer keyboard and a mouse. Managing a neuromyograph with a remote control is as easy as managing a TV-set remote.

Wide range of functional capabilities is determined by combination of software variants and neuromyograph's modification.

Main technical characteristics:

·         2, 4 or 5 galvanically insulated EMG and EP amplifiers;

·         USB interface for PC communications;

·         Wireless interface to control footswitch and remote controller;

·         Generators of photo-, phono- and electrostimulation signals;

·         In/out of synchronization for connection of magnetic stimulator and other devices;

·         Sampling rate – up to 200 kHz per channel;

·         AD converter – 16 bit;

·         Sensitivity: 0,2 – 10 000 μV /grade (15 grades);

·         Input impedance: 100/20 MΩ / pF;

·         Noise level maximum 0,6 μV within the frequency band 10 Hz – 10 kHz;

·         Disconnectable adaptive filter of power line disturbances;

·         Common mode rejection ratio minimum 110 dB at 50 Hz frequency;

·         Passband lower limit: 0,01 – 300 Hz;

·         Passband upper limit: 10 Hz – 20 kHz.

Electromyographic studies:

·         F-wave and H-reflex;

·         Blink reflex;

·         Motor and sensory nerve velocity;

·         Needle EMG;

·         Motor unit studies;

·         Multichannel surface EMG;

·         One-channel surface EMG.

Evoked potentials study techniques:

·         Brainstem auditory evoked potentials;

·         Middle and long latency auditory EP; Flash visual and pattern reversal EP;

Short and long latency somato­sensory EP.