CMD-COAT® Electrode Coating

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

Nano-coating solution for medical alert devices and wearable medical equipment that provides protection against liquids and environmental exposure. The coating has protected over 2 billion electronic devices and can significantly extend the operational life of medical alert systems.

Specialized antibacterial coating system applied to various medical devices to inhibit microbial growth and reduce healthcare-associated infections. The coating is compatible with standard sterilization methods.

Full-spectrum antimicrobial coating solution offering powerful and persistent infection prevention for medical implants and devices to enhance patient safety and reduce device-related infections.

Antimicrobial surface treatment applied to cardiac implantable electronic devices to reduce infection risk in patients receiving pacemaker implants. The coating helps protect against device-related infections during implantation and long-term use.

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

Antibacterial surface coatings applied to medical components to reduce infection risk and improve device biocompatibility.

Surface coating technology that inhibits bacterial and microbial colonization on medical device surfaces. Reduces infection risk for implanted and interventional medical devices.

Conductive coating for deep brain stimulation and spinal cord stimulation electrodes enabling safe current delivery. Provides biocompatible interface while maintaining electrical properties required for neuromodulation.

Application of medical-grade coating materials to catheters, providing properties such as lubricity enhancement, antimicrobial properties, or drug-eluting surface modifications.

Custom antibiofouling coating solutions applied to various implantable devices to prevent bacterial colonization. Reduces infection rates and extends device functional lifespan through biofilm inhibition.

Biomimetic surface coating for neurovascular devices and catheters used in stroke treatment. Reduces thrombotic complications in cerebrovascular interventions.