No more troubles in implantology
New integrative surface
Plazmonix
creation of a new type of integration surface
We apply coatings with specified properties on the surfaces of implants of any complexity.
Experimentally proven advantages allow solving the most pressing problems associated with implantation.
Bio-factor
Contact inertness of the surface – there are no free covalent bonds in the coating, which determines the absence of chemical and physical impact on the tissues, and also does not cause unwanted cellular reactions to the foreign body. Studies of coatings show the absence of morphological changes in cells and destructive tissue reactions.
Mechanical properties
High mechanical strength, chemical inertness of the coating, density similar to diamond, ultra-low sliding friction coefficient and ideal adhesion to metal surfaces allows to increase the durability of structures without changing their functional capabilities.
Electrophysical properties
Nanosize inclusions-islands of layered structures of a coating of one type, with a smaller width of the band gap, are located in the matrix of the other layer type with a larger band gap, because of the difference in the width of the gaps, charge carriers are localized within the island, resulting in a quasiatomic (which is a set of separate levels) energy spectrum, which prevents platelet aggregation.
Coronary stents
The main advantage of coated stents is their integration into the body’s integration processes, rather than their disruption and blockage.
Endoprostheses
The coatings prevent bacterial contamination of the implants. We apply technology on an industrial scale to implantable medical devices.
Dental implants
Surface without coating provokes the release of metal ions.
Membranes
Plasma coating on medical membranes put them on a par with world leaders.
More than 10 thousand MDL-coated coronary stents have been installed in patients
Kiselev S.
General engineer, creator of pharmaceuticals and medical devices, author and owner of patents.
Fridman I.
Implant surgeon, member of the International Implant Association, ICOI IPS.
Bernatskiy B.
A prosthodontist and a dental surgeon. He has received a specialisation degree in maxillofacial surgery and implantology in Hebrew University of Jerusalem, Faculty of Dentistry. Since 2013 he’s an owner of private clinic “Q. Nella” located in Moscow, in which he’s receiving his patients. Boris Bernatsky is also an author to a method of reconstruction of alveolar ridge B2S, and being an author and co-author to a large number of other scientific articles.
Anisimova N.
Project manager PhD DDS, Associate Professor, Department of Anesthesia in Dentistry, Moscow State University of Medicine and Dentistry named after A.I. Evdokimov, dentist, clinical psychologist, MBA.
Azarov A.
Vascular surgeon, PhD DDS, Associate Professor of Interventional Cardioangiology Department, First Moscow State Medical University named after I.M. Sechenov.
We are ready to apply coatings on any materials, products and transfer them to interested companies for comparative studies of the barrier properties of coatings.
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