Catheter Surface Coating

Specialized antibiofouling coating preventing bacterial biofilm formation on urinary catheters during prolonged use. Reduces catheter-associated urinary tract infections through antimicrobial surface properties.

Surface coating for peripheral intravenous catheters to improve biocompatibility and reduce thrombus formation. Extends safe dwell time for vascular access.

Antimicrobial surface coating for central venous catheter lumens and external surfaces preventing catheter-related bloodstream infections. Provides broad-spectrum pathogen suppression during extended catheterization.

Anticoagulant and antimicrobial coating for central venous catheters used in intensive care settings. Reduces catheter-related bloodstream infections and thrombosis.

Water-absorbing surface coating for medical catheters, guidewires, and insertable devices to improve lubricity, reduce insertion trauma, and enhance patient comfort.

Surface coating technology designed to prevent blood clotting and thrombosis formation on intravascular catheters, grafts, and cardiovascular implant devices.

Biofilm-resistant antimicrobial surface coating for medical devices and implants to reduce bacterial colonization and associated infections in clinical applications.

An indwelling urinary catheter with enhanced antimicrobial coating to reduce catheter-associated urinary tract infections. Provides long-term urinary drainage with infection prevention.

An indwelling urinary catheter with enhanced lubricious coating for easier insertion and improved patient comfort. Reduces trauma during catheterization.

Antimicrobial and biocompatible coating for surgical wound drainage devices. Reduces infection risk and improves patient comfort during post-operative recovery.

Antimicrobial nanogel coating for surgical sutures that prevents wound infections and biofilm formation at incision sites. The water-based coating integrates into suture manufacturing and maintains suture strength and knot security.

Water-activated hydrophilic coating applied to catheters and medical tubing to reduce friction and improve insertability, enhancing clinical performance and patient safety.