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Comprehensive Solution for Neuro-Muscular Diagnostics
A versatile system for evaluating the neuromuscular system through the recording of muscle and peripheral nerve electrical potentials.
Designed for use in neurology, surgery, rehabilitation, sports medicine, and clinical research.
Intended use:
Models & Configurations:
Functionality:
Safety & Compliance:
🟠 Surface EMG – general assessment of muscle electrical activity.
🟠 Stimulation EMG (Nerve Conduction Studies) –
neurophysiological assessment of sensory pathways, cognitive brain responses, and selected autonomic nervous system functions.
Methods:
🟠 Needle EMG – precise local diagnostics of muscle activity.
Methods:
🟠 Evoked Potentials (EPs) – evaluation of sensory, cognitive, and autonomic functions
Methods:
Base set:
Optional Set:
Convenience & Mobility Solutions:
| Model | EMG channels | Equipment set |
| M-TEST ONE-8 | 8 | Base |
| M-TEST ONE-8 EP | 8 | Base + evoked potentials: short-latency somatosensory, long-latency auditory and visual, cognitive |
| M-TEST ONE-4 EP | 4 | Base |
| M-TEST ONE-4 EP | 4 | Base + evoked potentials: short-latency somatosensory, long-latency auditory and visual, cognitive |
| M-TEST ONE-2 | 2 | Base |
| M-TEST ONE-2 EP | 2 | Base + evoked potentials: short-latency somatosensory, long-latency auditory and visual, cognitive |
| Parameter | Value |
|---|---|
| Number of EMG channels | 2 / 4 / 8 |
| Input signal range | 10 – 60,000 µV |
| Input impedance | ≥ 100 MΩ |
| Equivalent input noise voltage of the complexes – EMG channels – EP channels in the frequency range up to 100 Hz – EP channels in the frequency range up to 3 kHz |
|
| Sampling rate | 16000 Hz |
| Frequency range | 0.2 Hz – 3.0 kHz |
| Low-frequency cutoff time constant | ≥ 1.0 s |
| Attenuation coefficient of the common-mode signal at a frequency of 50 Hz | ≥ 110 dB |
| Amplitude of current stimulation pulses | 1 – 100 mA |
| Duration of current stimulation pulse | 0.1 – 1.9 ms |
Modifications
SOFTWARE PACKAGE M-TEST ONE
Surface EMG
The main parameters of surface interference EMG include the frequency characteristics of muscle electrical activity, maximum signal amplitude, and average signal amplitude. In orthopedic dentistry, additional analysis of chewing tests is performed. In pain research, the assessment of voluntary muscle activity is commonly used.
Stimulation EMG
The use of current stimulation ensures high accuracy in the assessment of nerve conduction. Muscle responses or electrical activity are recorded using current stimuli of precisely controlled duration and amplitude. Early responses (M-response) or late responses (F-wave, blink reflex, H-reflex) allow for the determination of the level and localization of lesions in the peripheral neuromotor system. Sensory and motor fibers can be assessed separately by measuring sensory and motor conduction velocities. Therefore, this group includes the basic methods applied in the differential diagnosis of neuromuscular disorders.
A specific type of stimulation response assessment involves rhythmic stimulation. The decrement test is performed to evaluate the reliability of neuromuscular transmission. Tetanic stimulation and pharmacological loading tests can be used to identify myasthenia gravis and Lambert-Eaton myasthenic syndrome.
Needle EMG
Needle electromyography (local EMG) assesses the functional state of muscles at rest and under voluntary load. Needle EMG are particularly informative in primary muscle diseases and differ from those observed in nervous system disorders. Based on the results of a comprehensive ENMG study, the level of peripheral neuromotor system involvement, as well as the nature, severity, and extent of the pathological process can be determined; repeated examinations also allow for the assessment of treatment effectiveness.
Methods for recording evoked potentials differ significantly from other studies conducted within EMG.
They address specific tasks. Visual evoked potentials can be used to confirm damage to the visual tract, while auditory evoked potentials are used to assess hearing and the function of nerve pathways from the ear to the brain, helping detect even hidden disorders at early stages. These types of EPs may be sensitive to dysfunctions that cannot be identified through physical examinations or MRI alone.
Somatosensory evoked potentials are often used in neuromonitoring to assess spinal cord function during surgery.
Galvanic skin response serves as an indicator of autonomic nervous system activity.
The “M-TEST” software enables convenient work with databases. In addition to all patient information, recorded electromyograms, and their processed results, it provides a full set of tools for efficient management of electronic patient records and large-volume data archives.
To optimize the preparation of medical documentation, report generation is highly automated. Examination results can be printed, saved in digital format, or transmitted via email or local network.
Mathematical and statistical processing of electromyograms is automatically presented in a format suitable for clinical inerpretation and report conclusions.
The software also supports exporting and importing all electromyographic examination data, enabling further information exchange with other specialists for clinical practice or scientific research.
The electroneuromyograph M-TEST ONE is a modern computerised hardware and software system designed to perform electroneuromyography (ENMG) for the comprehensive functional assessment of the peripheral nervous system. The equipment supports stimulation and needle examinations, nerve conduction analysis and the recording of the bioelectrical activity of muscles, helping to obtain objective data for diagnosing a wide range of neurological disorders.
Its compact dimensions and modern software make it possible to use the myograph M-TEST ONE in various healthcare facilities, including functional diagnostic rooms, neurology departments, rehabilitation centres, sports medicine centres and specialised clinics.
The ENMG device M-TEST ONE is intended for the comprehensive functional assessment of the peripheral nervous system and neuromuscular transmission. The main areas of application of the electroneuromyograph include:
The electromyograph M-TEST ONE is available in several configurations that differ in the number of recording channels and can be used for various clinical tasks:
All models of the electroneuromyograph M-TEST ONE have the standard hardware required to perform ENMG examinations:
The software supports interference and needle electromyography to assess the functional condition of muscles and detect pathological changes in the neuromuscular system.
The equipment supports stimulation examinations that determine impulse conduction velocity in motor and sensory nerves, as well as the analysis of F-waves, H-reflexes and other neurophysiological parameters.
When equipped with the appropriate software module, the system supports the recording of long-latency auditory, visual, somatosensory and cognitive evoked potentials for a comprehensive assessment of the functional condition of the nervous system.
The software enables the rapid preparation of examination protocols, the use of ready-made templates and the export of results for printing or electronic storage.
The software of the equipment M-TEST ONE provides a complete workflow for electroneuromyographic examination results — from signal recording to analysis, documentation and archiving. It includes tools for the following tasks:
The software of the device M-TEST ONE supports the automatic generation of examination protocols based on templates, which can be edited and supplemented by the physician. Completed clinical conclusions can be quickly exported, stored in an electronic archive or printed, reducing the time required to prepare medical documentation and standardising protocol management.
The electromyograph M-TEST ONE complies with the safety requirements applicable to medical devices and combines stationary use with the possibility of mobile operation. Its compact design, USB or power bank supply and convenient transportation make it possible to use the system not only in a functional diagnostic room but also autonomously:
The electroneuromyograph M-TEST ONE can be ordered on favourable terms directly from the manufacturer DX-SYSTEMS, with delivery to different cities across Ukraine. You will receive certified equipment, comprehensive technical support and maintenance services throughout the entire period of operation.
Advantages of working with the DX-SYSTEMS Research and Manufacturing Company:
The cost of the ENMG device M-TEST ONE depends on the specific model and the availability of additional modules. The optimal configuration is selected individually according to the area of application and the requirements of a particular healthcare facility.
The final price of the electromyograph M-TEST ONE is determined based on the following criteria:
Need help selecting equipment? Specialists from the DX-SYSTEMS Research and Manufacturing Company will help you select the electroneuromyograph M-TEST ONE in the required configuration according to the specific activities of your healthcare facility. They will advise you on the configuration and cost and arrange the delivery, installation and commissioning of the system.
Contact a company representative to receive professional advice and an individual offer.
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