CMD-COAT® Esophageal Stent Coating

Biocompatible coating for esophageal stricture management stents. Reduces tissue hyperplasia and improves long-term stent performance.

Surface coating for plastic and metallic biliary drainage stents to prevent bacterial colonization. Reduces cholangitis and improves stent patency.

Antimicrobial and hydrophilic coating for double-J ureteral stents. Reduces bacterial encrustation and improves biocompatibility during prolonged placement.

Hydrophilic and biocompatible coating for endoscopic instruments and visualization devices. Improves tissue interaction and reduces adhesion complications.

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

Specialized coating system for cardiovascular implants and interventional devices including stents and catheters. Improves biocompatibility and prevents thrombus formation in blood-contacting applications.

Biomimetic coating for endotracheal tubes and respiratory devices used in ICU settings. Improves biocompatibility and reduces infectious complications.

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.

Anti-thrombogenic coating for coronary and peripheral stents that reduces restenosis risk through enhanced biocompatibility. Hydrophilic phosphorylcholine layer prevents platelet activation and thrombus formation.

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

Advanced surface coating utilizing zwitterionic chemistry to prevent blood clot formation on medical devices. Particularly effective for long-term implantable and vascular devices.

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