Ureteral Stent Coating

Multi-API nanogel coating for ureteral and urethral stents that prevents encrustation and bacterial colonization. The hydrophilic surface resists biofilm formation while maintaining stent patency and patient comfort.

Advanced nanogel coating for vascular stents that delivers antimicrobial and anti-inflammatory agents with controlled release. The hydrophilic surface resists thrombosis and prevents bacterial colonization while maintaining stent deliverability.

A single-use digital ureteroscope with hydrophilic coating to reduce friction and improve lubrication during insertion. Enhanced surface treatment facilitates smoother navigation through urinary tract anatomy.

Antimicrobial nanogel coating for biliary drainage stents that prevents cholangitis and bacterial biofilm formation. The coating maintains stent patency and can deliver antimicrobial agents for sustained protection in the biliary system.

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.

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.

Protective nanogel coating for esophageal stents that reduces bacterial colonization and tissue hyperplasia complications. The hydrophilic surface minimizes mucus adhesion and maintains stent deliverability and expansion.

A coated ureteral stent featuring a specialized coating to reduce encrustation and improve biocompatibility during extended urological stent placement.

Specialized biocompatible polymer coating for drug-eluting stent platforms enabling controlled pharmaceutical release. Provides hemocompatible base layer while supporting antiproliferative drug delivery mechanisms.

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.

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

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