SILVERMARS® Phosphorylcholine Coating for Pacemaker Components

Pacemaker electrodes and leads coated with MPC polymer to minimize fibrosis and inflammatory response. The biocompatible coating improves device longevity and electrical performance.

Precision metal components and lead materials for cardiac pacemakers and implantable cardioverter-defibrillators. Engineered for long-term biocompatibility and reliability.

Platinum electrodes and electrical contacts for cardiac pacemaker devices. Engineered to deliver reliable long-term performance in implantable cardiac rhythm management systems.

Precision metal connectors and electrode components for cardiac pacemaker leads. Manufactured from biocompatible materials with precise electrical contact specifications.

Silicone coating materials and components for implantable medical devices, manufactured to biocompatible standards for long-term patient safety.

Precision-manufactured components for cardiac pacemaker lead assembly. These components undergo rigorous validation and integrate seamlessly with established platforms.

PEEK housings and internal components for cardiac rhythm management devices. Materials provide electromagnetic shielding, biocompatibility, and long-term stability.

Precision components for cardiac pacemaker assembly including electrical connectors and housings. Engineered for biocompatibility and long-term reliability.

Precision molded biodegradable silicone coatings for orthopedic and cardiovascular implants. Designed for controlled resorption and implant integration.

Biomimetic coating utilizing phosphorylcholine zwitterionic properties to improve biocompatibility and prevent thrombosis on implantable and interventional medical device surfaces. Reduces platelet adhesion and blood clotting on coated substrates.

Precision metal housings and structural components designed for pacemaker devices. Manufactured with certified quality management and validated cleaning processes to ensure biocompatibility and reliability.

Biomimetic phosphorylcholine coating system for surface modification of implanted and interventional medical devices to enhance biocompatibility and prevent thrombosis in cardiovascular, neurology, dialysis, urinary, respiratory, ophthalmology, and orthopedic applications.