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biomedicalsurfaces.com: index  Tecvac biomedical  coatings
Tecvac medical coatings reduce  friction and wear, extend device lifetimes and achieve  high levels of biocompatibility with excellent anti-microbial properties.

index Tecvac biomedical coatings

Description: Tecvac medical coatings reduce friction and wear, extend device lifetimes and achieve high levels of biocompatibility with excellent anti-microbial properties.

Keywords: Tecvac, medical coatings, 'biologically inertÂ’ ultra hard materials, titanium nitride, anti-microbials, gold, silver and copper implants, medical instruments, probes and accessories, reduced friction, wear, biocompatibility, anti-microbial properties, PVD coatings, thin films, Physical Vapour Deposition, (PVD), metals, and organic compounds, metal, ceramic, polymeric substrates, plastics, low temperature plasma techniques, medical applications orthopaedics, cardiology, knee, hip, orthopaedic, cardiac implants, medical equipment, plasma modification, sterilised, coated or modified, metallurgical, analytical services, heat treatment techniques, controlled environments, cleaning systems, probes, core materials , components, instruments, stents, catheters, laryngeal implants, surgical instruments, pumps, valves, body fluid management devices, optical & dental devices, surgeons, reduce trauma, extending implant life, minimising infection rates, dry film lubrication, surface engineering lubricity, prostheses, artificial limbs, drug delivery mobility devices, friction coefficient film, graphite, tissue compatibility, fluid delivery, SLF non-magnetic, non-toxic, chemically inert, ISO 10993 USP Class 6, Energy efficiency, cutting edges, sliding surfaces, galling, adhesion prevention, steel, copper/brass, load bearing, bone tumours, Stanmore Implants Worldwide Ltd, (SIW), Royal National Orthopaedic custom-made implants, CT scans, biomedical integrity, proximal tibial tissue staining, titanium aluminium vanadium alloy, diamond like carbon coatings (DLC), solid plastic, sheet, fibre, lubricity, adhesion, permeability, biocompatibility and wetting, substrate heating, surface damage, secondary oxidation, cGMP standards, sterile, ethylene oxide, gamma irradiation, ceramic, etching, super finishing, polymerisation, cross-linking, composite surfaces, prostheses such as knee and hip joints, blood glucose sensors, wound-care, polyurethane film, foams, gauze, aneurysms

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Biomedicalsurfaces.com

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