NeuroMep
- scalable configuration tailored to your tasks
- industry-leading amplification and stimulation technology (IMRR > 140 dB, 24-bit ADC)
- color-coded impedance quality at the connector
- multi-modality EP in base delivery set
- electronic circuit for stimulus artifact suppression
- 2 electrical stimulators with 4 outputs
- compatibility with a wide range of ultrasound scanners
Description
NeuroMep: Next-generation EMG Machine for Comprehensive Diagnostics
NeuroMep is a modern 4-channel EMG, NCS and EP system, setting new standards in neurophysiological diagnostics. This next-generation device from Neurosoft combines a high-tech hardware platform with the flexible, continuously updated Neuro-MEP.NET software.
NeuroMep offers unprecedented capabilities for a full spectrum of studies: from standard stimulation and needle electroneuromyography to recording somatosensory, visual, auditory and cognitive evoked potentials. Thanks to its modular architecture, integration with ultrasound machines and compatibility with transcranial magnetic stimulators, the system is a flexible and scalable solution for any clinic or research center.
Scalable Configuration Tailored to Your Needs
The NeuroMep system offers various configurations, allowing you to build the ideal setup for your practice:
- For a fully functional laboratory, choose a configuration including the EMG amplifier with a built-in electrical stimulator and a separate stimulator unit with the option to add another electrical stimulator.This solution enables the entire spectrum of studies from electroneuromyography to evoked potentials of all modalities.
- For standard EMG studies, the optimal solution is the basic EMG amplifier with a built-in electrical stimulator. This provides everything needed for routine diagnostics in a compact and cost-effective format.
We can always consult you on the precise configuration that meets your current and future needs.
Two Electrical Stimulators with Four Outputs
The system features 2 independent electrical stimulators with a total of 4 outputs. This allows 4 stimulating electrodes to be placed on the patient. During an examination, there is no need to reconnect the cables — the active stimulating electrode is selected directly from the software. Using several stimulators enables advanced techniques such as collision studies and recording somatosensory evoked potentials (SEPs) from different limbs concurrently.
Multi-modality EP in Base Delivery Set
NeuroMep includes a stimulator unit with a built-in control channel for auditory (headphones, bone vibrator, insert audiometric earphones), visual (flash, pattern) and electrical stimulators. This allows the system to be used for 4-channel recording of evoked potentials for all modalities. An array of stimulation, filtering and averaging algorithms makes it possible to obtain high-quality waveforms in an incredibly short time.
Furthermore, the new NeuroMep supports high-resolution pattern stimulation via an HDMI connection with high-frequency stimulation up to 60 Hz.
Tremorography
This technique allows for quantitative assessment of tremor to get the objective data. For tremorography, percutaneous electrodes can be used to record contractions of the muscles involved in the mechanism of tremor. You can also use mechanomyographic (MMG) sensors to record acceleration of the limb position in space. Using a multichannel amplifier or multiple MMG sensors, it is possible to record tremor from different limbs simultaneously.
Compatibility with a Wide Range of Ultrasound Scanners
The Neuro-MEP.NET software allows for combined EMG and ultrasound studies. The Neurosoft EMG machines can be used with ultrasound scanners from most manufacturers regardless of their type. Please watch this video demonstrating how to integrate an ultrasound machine with the Neurosoft EMG systems and save images and videos recorded by the ultrasound machine together with the EMG traces in Neuro-MEP.NET. Click here for more details.
The support of HL7 standard allows integrating all diagnostic Neurosoft systems into the information system of a healthcare facility.