Dialysis Equipment Surface Coating

Biocompatible coating applied to dialysis membrane surfaces improving hemocompatibility during renal replacement therapy. Reduces complement activation and platelet adhesion enhancing dialysis efficiency.

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.

Specialized surface coating providing long-lasting antithrombogenic and fibrin sheath protection for implantable and vascular medical devices to reduce thrombosis complications.

Custom surface modification for implant materials providing anticoagulant and antimicrobial properties. Improves biocompatibility and lubricity of medical device surfaces.

Anti-thrombogenic coating for hemodialysis catheters and vascular grafts that prevents clotting and stenosis. Maintains patency and extends device longevity for renal failure patients.

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

A passive, drug-less coating solution designed to reduce biofilm formation, improve blood compatibility, and prevent tissue damage on catheters. The coating can be applied without requiring curing steps, polymerization, or UV treatment, with process and thickness control programmed into the molecular design. No harsh chemicals, pharmaceuticals, or active compounds are processed into the final products. Catheter coating products for urology and cardiovascular catheters are currently in development.

Advanced surface coating and treatment services to enhance biocompatibility and device performance. Applied to metal medical components to improve clinical outcomes.

Water-based hydrophilic nanogel coating for peripheral IV catheters that prevents bacterial colonization and thrombotic complications. The coating integrates seamlessly into existing manufacturing processes without requiring additional processing steps or thermal treatment.

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

Antimicrobial and antifouling nanogel coating system designed for urinary catheters to prevent catheter-associated urinary tract infections. The hydrophilic surface resists biofilm formation and bacterial adhesion while maintaining device flexibility and comfort.

Specialized coating application for surgical instruments to enhance performance and durability. In-house coating capability supporting biocompatibility and corrosion resistance requirements.