Electrode Gel Adhesives

Conductive adhesives engineered for assembly and component attachment in medical instruments and devices. These adhesives provide reliable electrical connections while maintaining biocompatibility standards.

Medical-grade hydrogel adhesives designed for wearable health devices including biosensors, ECG monitors, EMG patches, and glucose sensors. These ultra-thin, highly conductive adhesives provide maximum patient comfort, discreteness, and optimal signal performance while adhering directly to skin or bonding device components together. The formulations are biocompatible, meet medical standards, and can be customized for specific wear time, skin sensitivity, and packaging requirements.

Self-adhesive electrode patches designed for electro-medical applications including monitoring devices, ECG patches, and diagnostic instruments. Available in high-specification materials including PE and EVA foams, non-woven materials, hydrogels, and conductive adhesives. The solutions are formulated to provide secure skin adhesion with ease of removal, meeting specific requirements for conductivity, conformability, wear duration, and leaving no residues on the skin.

Medical electrode with skin-adhesive interface for biomedical monitoring applications. Designed for extended wear through multiple environments. Meets AAMI EC12 standards for cardiac monitoring.

Specialized hydrogel coatings applied to electrodes for enhanced biocompatibility and electrical performance. AmGel formulation ensures consistent coating quality and long-term device reliability.

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.

Specialized electrodes for neurostimulation applications utilizing advanced hydrogel adhesive technology. Available in multiple configurations to support various stimulation protocols and patient requirements.

Conductive hydrogel electrode pad designed for electrical stimulation therapies, monitoring applications, and pain management. Features conductive properties for reliable signal transmission and skin contact. Compatible with electrode-based medical devices for therapeutic and diagnostic applications.

Molded silicone backing tabs for ECG electrodes and cardiac monitoring patches. These components provide secure adhesion and consistent electrical contact during heart rhythm monitoring.

Molded silicone backing and adhesive interface components for medical electrode patches. These parts provide secure skin contact and electrical conductivity in monitoring applications.

A self-adhesive therapeutic electrode series developed for medical therapy applications. These electrodes are designed to adhere directly to the skin for convenient electrode therapy treatment.

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.