Lubricent® UV Hydrophilic Coatings

Surface coatings engineered to reduce friction and improve lubricity on medical devices. Provides exceptional wetting characteristics while minimizing particle generation during use.

Advanced hydrophilic coating solutions for medical devices combining chemistry and engineering. Reduces friction and improves device performance for catheter and minimally invasive applications.

Advanced hydrophilic coating solutions that reduce surface friction and improve lubricity for minimally-invasive medical devices. Single-step coating process ensures precise control of coating thickness with superior durability and uniformity, minimizing particle generation.

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.

SilGlide® are extremely lubricious, submicron thickness medical device coatings that are chemically resistant and biocompatible. These coatings are designed to enhance substrate slip and lubricity for medical device applications.

Noanix’s hydrophilic coating solution is one of our core products, formulated with natural polymers to ensure excellent biocompatibility. Its high lubricity significantly reduces friction when applied to catheters, guidewires, and other implantable medical devices, minimizing patient pain and discomfort during insertion. The coating also provides outstanding durability and strong adhesion to a wide variety of substrates.

Specialized coating application for medical devices including lubricious, antimicrobial and biocompatible coatings. Enhances device functionality and biocompatibility for implants and minimally invasive devices.

Rapid-cure thermal hydrophilic coating platform engineered for a variety of substrates, geometries, and manufacturing environments. HydroBond delivers a 40-minute cure time and can outperform UV-cured systems on lubricity, particulate, and bond strength depending on substrate and device geometry. Applications include neurovascular microcatheters, structural heart delivery systems, coronary guidewires, PTCA balloon catheters, CTO crossing devices, peripheral PTA balloon catheters, stent delivery systems, and intraocular lens delivery devices.

Next-generation hydrophilic coating engineered for neurovascular trackability, coronary crossability, and peripheral pushability. Built on PhotoLink™ UV chemistry, Preside coating delivers 25 percent better trackability than leading competitor coatings with significantly lower particulate counts in simulated neurovascular use models. The coating is designed to perform across multiple insertion cycles in tortuous vessels and is suitable for neurovascular microcatheters, structural heart delivery systems, coronary guidewires, PTCA balloon catheters, CTO crossing devices, peripheral PTA balloon catheters, and stent delivery systems.

Advanced coating technologies for medical devices including hydrophilic and specialty coatings. Enhances device performance, biocompatibility, and functionality across therapeutic areas.

Antimicrobial coatings for medical devices designed to reduce bioburden and combat antimicrobial resistance on catheters and implants. CE-marked technology utilizing advanced delivery systems to lower infection risk and improve patient outcomes in routine and complex medical procedures.

Hydrophilic coating solution for peripheral vascular devices, enhancing hemocompatibility and navigation through tortuous anatomy. Customized surface modification for peripheral endovascular applications.