Innovative Solutions For In-Vitro Diagnostics or to Coat Medical Invasive Devices. USP Class 6 Approved Coatings

Your biomedical device might require a unique coating solution to achieve best performance. Based on your enhancement targets to improve properties such as bonding, friction reduction, drug release, absorption, antibacterial or antithrombogenic properties, Applied Membrane Technology (AMT) supplies or develops the best coating solution to meet your specific needs.


AMT’s innovative coatings can be found today on numerous well-known medical device brands and in applications such as catheters, pacemakers, defibrillator leads, fiberoptic cores, o-rings and stents.


We at Applied Membrane Technology (AMT) can coat materials such as nylons, cellulosics, fluoropolymers, polyethylenes, polypropylenes, silicones, urethanes or other materials for enhanced medical properties.

Rapid Development, Protoyping and Scale-Up

AMT leverages its international research and development resources to identify or to rapidly develop the best coating technology for your specific needs. We offer options from lab samples to pilot runs for tailored coating solutions. AMT has extensive expertise in supporting medical product development programs.

Manufacturing of USP Class 6 Approved Coatings

AMT offers large scale GMP production within clean room facilities. A strict quality assurance program ensures consistent and high performance for AMT’s coatings.


AMT makes majority of its products by using plasma polymerization technology. Coatings are covalently bonded to the substrate surface for long-lasting performance. We have developed customized liquid coating processes for specific customers to attach Heparin and other biomolecules to substrate surfaces. A few major applications of AMT’s biomedical coatings are given below:

Coatings to Enhance Slip / Reduce Friction

Applied Membrane Technology (AMT) offers innovative coatings for enhancing the slip (lubricity) and reducing friction of numerous materials. Many AMT coatings improve bonding at the same time. AMT biomedical coatings meet FDA Class 6 requirements.


AMT’s silicones, fluoro-silicone, fluoropolymers and grafted polymer coatings can be utilized to improve performance of medical balloons, stents, pacemaker leads, o-rings, catheters and specialty molded medical/industrial components.


AMT’s friction reducing coatings can be applied to numerous substrates such as silicone, polyurethane, pebax, Viton, rubbers and many other materials.

Coatings for Drug Release

Applied Membrane Technology (AMT) offers coatings that can be used for loading and/or controlling the release of drugs and other bioactive compounds. These coatings meet FDA Class 6 requirements and are applied under strictly controlled clean room conditions.


AMT has several unique coating technologies available for incorporating drugs or for attachment of drug permeable control barrier layers. Stents and chemotherapy delivery catheters are just some of the application possibilities being explored.

Hydrophilic, Hydrophobic and Oleophobic Coatings

AMT can apply hydrophilic, hydrophobic and oleophobic coatings to almost any substrate ranging from metals to plastic.


Antibacterial Coatings

Applied Membrane Technology (AMT) offers unique and novel solutions for placing antimicrobial compounds into coatings as well as for preparing silver and copper-based antibacterial coatings.


AMT’s novel nano-metal coating technology allows for the incorporation of silver, copper, platinum and a host of other metals into microporous hollow fiber and membrane substrates. Many of these coatings can imbibe and release active antimicrobial agents for killing bacteria such as escherichia coli, pseudonomas aeruginosa and staphylococcus aureus.


Surfaces of microporous polypropylene, polyethylene, polyamides, cellulose and ceramic substrates can be loaded with antimicrobial compounds.



SilGlide® coatings are extremely lubricious, submicron in thickness, chemically resistant, and biocompatible.


Carbond® coatings are chemically resistant, water wettable, of atomic dimension, and retain substrate morphology and strength.


Fluorocarb® coatings are ultrathin, chemically resistant, highly hydrophobic, and biocompatible.

If you have questions or need more information