oerlikon am
(1) OC OERLIKON CORPORATION AG, PFÄFFIKONBody Incorporate

[Class - 6]

Powders of metal, alloys of metal and dispersions principally of metals, mixtures of metals, alloys and mixtures comprising metals or alloys, allfor generative manufacture of parts, prototypes, models, moulds and tools and other kinds of three-dimensional objects, in particular by means of laser sintering, laser melting, electron beam sintering and electron beam melting; Coating materials of metal, alloys of metal and dispersions, and layers and layer sequences consisting thereof, in particular surface layers on workpieces, tools and parts of machines.

[Class - 1]

Chemicals used in industry and science, being powders or dispersions for generative manufacture of parts, prototypes, models, moulds and tools, and other kinds of three-dimensional objects, in particular by means of laser sintering, laser melting, electron beam sintering and electron beam melting; Chemicals, namely coating materials and thin layers of organic and non-organic materials for applying a coating to substrates, including metal, glass, ceramic, plastic; Coating materials, in particular pure metal coating powder, alloyed coating powder, coating powder mixtures, solid coating materials in the form of wires or panels, consisting of pure metal or metal alloys; Organometallic compounds.

[Class - 2]

Metal powders for 3D printers; Organic and non-organic materials for additive manufacturing especially by means of VAT photopolymerisation, material jetting, binder jetting, material extrusion, powder bed fusion (including but not limited to laser sintering, laser melting, electron beam sintering, heat sintering and electron beam melting), sheet lamination and directed energy deposition.

[Class - 7]

3D printers; machines, machine parts and wires for additive manufacturing for additive manufacturing especially by means of VAT photopolymerisation, material jetting, binder jetting, material extrusion, powder bed fusion (including but not limited to laser sintering, laser melting, electron beam sintering, heat sintering and electron beam melting), sheet lamination and directed energy deposition.