WaveX

Wireless sEMG system for non-invasive surface electromyography measurement and analysis. Captures muscle electrical activity for clinical assessment, rehabilitation monitoring, and biomechanical research applications. Features wireless transmission, real-time data acquisition, and multi-channel signal processing capabilities.

An 8-channel wireless EMG system utilizing differential electrode connecting cables and disposable wet electrode patches with high-sensitivity EMG sensor chips and 9-axis motion sensors. The gForceOct system features BLE4.2 connectivity and provides functions including raw EMG data acquisition, gesture model training and download, gesture recognition, and posture data output. It supports differential medical patch mode for capturing EMG signals from different muscle sites and is designed for professional developers.

Wireless surface electromyography system for measuring and recording muscle electrical activity during movement and rehabilitation assessment.

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.

Wireless amplification systems for electroencephalography signal acquisition, enabling flexible and untethered patient monitoring. These devices are suitable for both medical and research settings.

Portable electroencephalography system with wireless data transmission capability for real-time brain activity monitoring in clinical and research 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.

A portable wireless electroencephalogram (EEG) monitoring device that measures and records electrical signals generated by neural activity in the brain. The system integrates ultra-small hardware design with low-power consumption for continuous patient monitoring in clinical and research settings.

Portable wireless electroencephalography system for mobile neurophysiological monitoring. Enables patient movement during testing while maintaining signal quality.

High-precision electromyography sensor array technology that detects and interprets muscle electrical signals for prosthetic control and neuromotor assessment applications.

Wireless system for acquiring neural data from electrode arrays. Enables cable-free signal transmission for brain implant recordings and monitoring.

A high-precision electromyography (EMG) wristband featuring 8-channel dry electrode EMG sensors that capture forearm muscle electrical signals in real-time for precise hand gesture recognition. The lightweight wristband design provides comfortable wear and intuitive control through natural muscle activation. It supports stable real-time data output with 24-bit ADC resolution, 1000Hz sampling rate, integrated 6-axis IMU, 200mAh lithium polymer battery with approximately 5 hours of battery life, and BLE4.2 connectivity for multi-scenario applications in smart interaction and motor rehabilitation.