Conductive Printed Electrodes

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.

Flexible conductive coating technology for biomedical electrodes used in cardiac and neurological applications. Maintains electrical conductivity while providing biocompatibility and mechanical flexibility.

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.

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.

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.

Electrodes designed for surgical applications, providing electrical conductivity and signal transmission during operative procedures. These devices are manufactured to medical standards for safe patient use.

Biocompatible gold electrodes for biosensing and electrophysiological monitoring applications. Offers excellent conductivity and corrosion resistance in implantable medical devices.

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

Custom-designed spiral electrodes for specialized medical device applications. Engineered with proprietary technology to deliver consistent electrical properties for diagnostic and monitoring equipment.

Precision electrodes manufactured using electric discharge machining technology for fabricating complex medical device components. Available in standard and custom specifications to support intricate medical equipment production requirements.

Passive electrodes used in electrosurgical procedures to complete the circuit. Available in various configurations for different patient applications.

Precision electrodes manufactured using electric discharge machining technology for medical device fabrication. Includes standard and custom configurations to support production of complex medical components with high accuracy.