Wireless Surface EMG Sensors

Non-invasive surface sensors for electromyography applications, detecting muscle electrical activity through the skin. Compatible with standard EMG recording systems.

Wearable sensors for continuous patient monitoring and physiological data collection in clinical and remote care settings. Force-sensing and position-sensing technologies enable real-time measurement of vital parameters, movement, and pressure distribution. Custom-engineered flexible sensors integrate into garments and medical devices for non-invasive, long-term patient monitoring applications.

Wireless inertial sensors integrated into the MOKA system for capturing body movement data during gait and posture analysis. These sensors enable detailed kinematic measurements in clinical and sports settings without laboratory constraints.

Electromyography sensor-integrated textiles for monitoring muscle electrical activity and motor function. These conductive fabric sensors enable non-invasive muscle activity assessment in neurological and rehabilitation medicine applications.

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.

Wearable electrode sensors for mobile and portable medical applications. These sensors enable continuous physiological signal acquisition for remote patient monitoring and mobile health solutions.

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.

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.

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

Embroidered conductive textile sensors for patient monitoring and physiological data capture. Integrated into fabric substrates for wearable diagnostic applications.

A professional EMG armband with 8-channel high-sensitivity EMG sensors, 9-axis motion sensors, and BLE4.2 modules that provide direct access to raw EMG and motion sensor data. It supports a mobile gForceAPP gesture training platform for parsing up to 16 user-defined custom hand gestures and enables data collection on Windows through the open-source OYM8CHWAVE example project. The device is suitable for educational and applied research applications.

A wireless electromyography sensor with Bluetooth connectivity for muscle activity monitoring. The sensor enables portable, cable-free recording of electromyographic signals.