SILVERMARS® Phosphorylcholine Coating for Dialysis Access Devices

Anticoagulant and biocompatible coating for dialysis catheters and vascular access devices. Prevents thrombosis and improves device longevity in renal replacement therapy.

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.

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.

Multi-API nanogel coating for hemodialysis catheters that combines antimicrobial and antithrombotic protection in a single ultra-thin layer. Enables controlled release of therapeutic agents over 30 days to reduce infection and thrombosis in long-term vascular access.

Hydrophilic coating combining unmatched lubricity and durability with breakthrough particulate reduction, delivering up to 12 times lower particulate generation than competitor coatings in head-to-head benchmark testing. Available as a single or dual layer depending on device needs, Serene coatings deliver excellent lubricity through a one-coat UV curing process. Applications include PTCA catheters, PTA catheters, microcatheters, structural heart access systems, delivery sheaths, and intraocular lens delivery devices.

Vascular access tubes coated with MPC polymer to prevent blood clotting and thrombus formation. The coating improves biocompatibility and extends device functional lifespan.

Heparin-based coating systems where heparin is covalently bound to device surfaces to directly inhibit thrombin cascade and reduce fibrin deposition at blood-device interfaces. Designed for prolonged and permanent blood-contacting applications including embolic protection devices, heart valves, vascular access systems, flow diverters, venous stents, left atrial appendage devices, and intracranial stents. Backed by long-established clinical and regulatory history across multiple device categories.

Phosphorylcholine-based surface coating for implantable and interventional medical devices that mimics cell membrane structure to improve biocompatibility, prevent blood clotting, and reduce biofouling across cardiovascular, neurology, dialysis, and respiratory applications.

Specialized catheter designed for hemodialysis vascular access with high flow rate capacity at lower pressure. Engineered to minimize clotting risk and maintain long-term functionality.

Long-term vascular access device designed for peritoneal dialysis therapy. Provides reliable access for dialysate exchange in end-stage renal disease management.

Specialized catheter for hemodialysis vascular access. Engineered with precision manufacturing to provide reliable blood flow rates and long-term durability in dialysis treatment.

A vascular access catheter designed for hemodialysis treatment in patients with renal failure. Provides reliable vascular access for blood circulation during dialysis sessions.