Coating portfolio

Our Medthin™ Coatings for Implants

CoatingMaterialApplication ReferenceColorHardness, GPaAdhesion (depending on material)Wear reductionThickness range [µm]Roughness Ra (Rz) as deposited
Medthin™ 01 - Implants Titanium NitrideTitanium, TAV, CoCrMo, 316 LVM, all SSGold22 - 30>1500>65%n/an/a
Medthin™ 11 - Implants Titanium Niobium NitrideOthopaedic, spine & traumaGold24 to 27>1500>50%3 - 7<50
Medthin™ 42 - Implants Top layer: hydrogenated amorphous carbon (a-C:H) Base Layer: Chrom.-NitrideOthopaedic, spine & traumaBlack25 to 30>1500>80%3 - 7<50
Medthin™ 43 - Implants a-C:HHip, spine & traumaBlack20 to 40->80%1 - 5-
Medthin™ 60 - Implants Zirconium NitrideOrthopaedic, spine & traumaLight gold25 to 32>1000>65%3 - 7<50

Our Medthin™ Coatings for Instruments

CoatingMaterialApplication ReferenceColorThickness range [µm]Hardness, GPaFriction vs. SteelReflection reductionChemical resistance
Medthin™ 01 - Instruments Titanium NitrideColor coding of instruments, bone cuttingGold0.5 - 522 to 31>30NMediumn/a
Medthin™ 04 - Instruments Titanium Oxi-NitrideColor coding of instruments, cleaner surfaceGold or Grey0.5 - 520 to 300.6Mediumn/a
Medthin™ 10 - Instruments Titanium Carbon NitrideColor coding of instruments, bone cuttingPink1 - 525 to 350.3Mediumn/a
Medthin™ 11 - Instruments TiNbNColor coding of instruments, good chemical stabilityGold0.5 - 524 to 270.5Mediumn/a
Medthin™ 16 - Instruments Titanium Aluminium NitrideColor coding of instruments, bone cuttingBronze0.5 - 522 to 300.6Mediumn/a
Medthin™ 18 - Instruments Titanium Aluminium Carbon NitrideColour coding of instruments, bone cuttingPink1.5 - 4.522 to 300.3Mediumn/a
Medthin™ 20 - Instruments Aluminium Titanium NitrideColor coding of instruments, Anti-reflectionGrey-black2 - 628 to 360.4Excellent 70% of visible light absorbedn/a
Medthin™ 30 - Instruments Chromium NitrideGives color stability to substrates submitted to hundreds of cleaning & sterilization; increases mechanical and wear resistanceSilver-grey0.5 - 1020 to 300.5Lown/a
Medthin™ 33 - Instruments Chromium Carbon NitrideHigh fracture toughness, Antireflection, low friction coefficient on light loads-ideal for instrumentsDark-grey1 - 412 to 16<0.5High, 80% visible light absorptionn/a
Medthin™ 36 - Instruments Chromium Tungsten Carbon (CWCC)Skin and bone cutting, nice black-cosmetic appearance, large volume generic instrumentsBlack1 - 87.5<0.280% visible light absorptionn/a
Medthin™ 40 - Instruments Tungsten Carbide Carbon (WCC)High fracture toughness, Low roughness, Antireflection, low friction coefficient on light loads-ideal for instrumentsGrey or black1 - 1010 to 180.250%-80% visible light absorptionn/a
Medthin™ 41 - Instruments Multilayer DLCHigh fracture toughness, Low roughness, extremely low friction coefficient and high hardnessBlack1 -520 to 280.280% visible light absorptionn/a
Medthin™ 42 - Instruments Multilayer DLCHigh load carrying capacity, very high scratch resistance and low frictionBlack1 - 520 to 280.280% visible light absorptionn/a
Medthin™ 43 - Instruments Dual layer ADLCExtremely dense and hard coating, with very low friction coefficientBlack1 - 530 to 400.180% visible light absorptionn/a
Medthin™ 48 - Instruments Tetragonal Carbon (ta-C)Extremely hard coating, with very low friction coefficient and hydrogen free DLC, particularly interesting for bone cutting typically deposited in very thin layerBlack0.5 - 240 to 600.280% visible light absorptionn/a
Medthin™ 60 - Instruments Zirconium Nitride (ZrN)Color coding of instruments, bone cuttingLight Gold1 - 522 to 280.6Mediumn/a
Medthin™ 61 - Instruments Zirconium Carbon Nitride (ZrCN)Color coding of instruments, multiple colors are possible, good chemical stabilityLight gold to copper1 - 525 to 350.6Mediumn/a

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Ton Hurkmans

Dr. Ton Hurkmans

CTO