Motion Sensing Electrodes

Adhesive electrodes designed for wearable health monitoring applications. These electrodes are manufactured using printed electronics technology and medical-grade processes to ensure comfort, performance, and compliance for ExG (electrocardiography, electromyography, electroencephalography) monitoring applications.

Stretchable electrodes printed directly on fabric for electromyography measurements, enabling muscle activity monitoring in clinical and research applications.

Reusable adhesive electrodes designed for repositioning during extended monitoring applications. Reduce patient skin irritation while maintaining consistent signal quality in cardiac monitoring.

Flexible, skin-safe conductive silicone electrodes that integrate directly into textile substrates for EMG, ECG, EMS, and motion sensing applications without rigid hardware or wires.

Stainless steel fiber-based textile electrodes integrated into smart clothing for biomedical signal acquisition. Enables non-invasive monitoring of cardiac, muscular, and physiological signals through comfortable wearable platforms.

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

Wearable event-related potential electrodes using saline-based technology for comfortable long-term wear. Eliminates conductive paste application while maintaining signal quality for extended monitoring periods.

Adhesive electrodes for continuous cardiac monitoring in clinical and hospital settings. Provide reliable signal transmission for patient heart rate and rhythm assessment during medical procedures.

Electrodes designed for electrical stimulation applications in medical devices. Manufactured with printed electronics and advanced material engineering to provide reliable performance in therapeutic and diagnostic stimulation applications.

Reusable cardiac electrodes for electrocardiogram signal acquisition and cardiac monitoring applications. These electrodes are components of the cardiac human-machine interface system.

Flexible, skin-safe conductive silicone electrodes integrated into textile substrates for EMG, ECG, EMS, and motion sensing applications in wearable medical monitoring systems.

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.