NDI-094-C4 EMG and EP System

Comprehensive neurophysiological diagnostic system for electromyography, nerve conduction studies, auditory brainstem response, visual evoked potentials, somatosensory evoked potentials, and event-related potentials. Applicable in clinical medicine, sports science, bioengineering, aviation physiology, and aesthetic medicine.

A comprehensive system for electroencephalogram and electromyogram signal acquisition and monitoring, integrating electrodes and related components for neurological and neuromuscular applications.

Electrodes for brain electrical activity and muscle electrical activity monitoring. These electrodes are part of the company's EEG-EMG human-machine interface solutions for neurological and neuromuscular applications.

Reusable electrodes for electroencephalogram and electromyogram signal acquisition as part of the EEG-EMG human-machine interface system for neurological and neuromuscular monitoring.

Non-invasive electroencephalography system designed for capturing brain electrical signals and enabling rehabilitation training. The device supports neurological recovery protocols and functional assessment in clinical settings.

Portable EMG/Evoked Potential System for neurophysiological assessment and monitoring. Captures electromyography and evoked potential signals for diagnosis of neuromuscular disorders, nerve damage, and central nervous system function. Features wireless dry electrodes and real-time signal analysis for clinical and research applications.

The E81 is a clinical neurophysiology system designed for electromyography and evoked potential testing. It is used to assess the functional status of the peripheral neuromuscular and central nervous systems, detect subclinical lesions, and precisely localize pathology. The system supports multiple detection modalities including electromyography, nerve conduction studies, somatosensory evoked potentials, auditory evoked potentials, visual evoked potentials, and event-related potentials. It features a high common-mode rejection ratio, high-precision amplifiers, customizable examination protocols, touchscreen interface, and integrated waveform processing and patient data management systems for comprehensive neurophysiological evaluation.

Diagnostic system for needle electromyography, surface electromyography, nerve conduction studies, and somatosensory evoked potentials. Enables assessment of neuromuscular disorders and peripheral nerve function in clinical settings.

A user-friendly electromyography system available with 2 or 4 channels for muscle and nerve diagnostics. The system features intuitive, powerful software combined with robust, reliable hardware to deliver meaningful examination results and high signal quality. It includes a single database for EEG and EMG, workflow functions for effective teamwork, advanced database filtering with pre-set options, GDT/HL7 interface support, and multi-workstation capabilities. The system can be configured with desktop PC or notebook, EEG expansion options, magnetic stimulator integration, and various cart configurations.

Compact electromyography system for point-of-care neuromuscular assessment. Enables field testing and remote clinical neurophysiological evaluation.

EEG/EMG electrode systems for neurological and neuromuscular signal acquisition in ICUs, operating rooms, and clinical settings. Compatible with patient monitoring platforms for real-time brain activity and muscle function assessment during diagnosis and patient care.

The NeuroExam E83 is an electromyography (EMG) and nerve conduction system designed to detect and assess neuromuscular function. It is used to evaluate nerve and muscle disorders including cervical and lumbar pain, numbness and pain in fingers and limbs, muscle atrophy, peripheral neuropathy, diabetic neuropathy, and nerve injuries from fractures or trauma. The system features excellent hardware performance comparable to leading international brands, with high-precision amplifiers, high common-mode rejection ratio, ultra-high input impedance, and low input noise for accurate signal detection.