Oerlikon am

Oerlikon am

By: Oc Oerlikon Corporation Ag, Pfäffikon

[class : 1] Chemicals Used In Industry And Science Being Powders Or Dispersions For The Generative Manufacturing Of Parts, Prototypes, Models, Profiles And Tools, And Other Types Of Three-dimensional Objects, In Particular By Laser Sintering, Laser Melting, Electron Beam Sintering And Electron Beam Melting; Chemicals, Namely Coating Materials And Thin Layers Of Organic And Inorganic Materials For Applying A Coating To Substrates Including Metal, Glass, Ceramic And Plastic; Organometallic Chemical Compounds; Ceramic Glazings For Use In Additive Manufacturing; Foundry Sand For Use In Additive Manufacturing.[class : 5] Organic Materials For Use In Additive Manufacturing, Namely Implantable Materials For Use In Guided Tissue Regeneration.[class : 6] Metal Powders, Metal Alloys And Dispersions Mainly Of Metals, Metal Mixtures, Alloys And Mixtures Of Metals Or Alloys, All For The Additive Manufacture Of Parts, Prototypes, Models, Profiles And Tools, And Other Types Of Three-dimensional Objects, In Particular By Laser Sintering, Laser Melting, Electron Beam Sintering And Electron Beam Melting; Coating Materials Of Metallic Materials, Metal Alloys And Dispersions, And Layers And Layer Sequences Made Therefrom, In Particular Surface Layers On Workpieces, Tools And Machine Parts; Coating Materials Of Metal, Namely Pure Metallic Coating Powders, Alloyed Coating Powders, Coating Powder Mixtures, Solid Coating Materials In The Form Of Wires Or Panels, Consisting Of Pure Metal Or Metal Alloys; Metal Powder For 3d Printers; Metals For Additive Manufacturing.[class : 7] 3d Printers; Machines, Machine Parts And Spark Plug Ignition Wires For Additive Manufacturing, In Particular By Means Of Vat Polymerisation, Material Jetting, 3d Printing, Material Extrusion, Powder Bed Fusion (including, But Not Limited To Laser Sintering, Laser Melting, Electron Beam Sintering, Thermal Sintering And Electron Beam Melting), Sheet Lamination And Directed Energy Deposition (ded)).[class : 17] Photopolymer Resins For Additive Manufacturing; Polymers For Additive Manufacturing; Plastics For Additive Manufacturing; Thermoplastics For Additive Manufacturing; Thermosetting Plastics For Additive Manufacturing.[class : 40] Custom Manufacturing And Production Of 3d Printed Objects; Material Processing, In Particular By 3d Printing; Rental Of 3d Printers; Custom Additive Manufacturing Of Parts, Workpieces, Prototypes, Models, Profiles, Tools And Other Types Of Three-dimensional Objects From Powders, Wires And Dispersions, Especially By Vat Polymerisation, Material Jetting, 3d Printing, Material Extrusion, Powder Bed Fusion (including, But Not Limited To, Laser Sintering, Laser Melting, Electron Beam Sintering, Thermal Sintering And Electron Beam Melting), Sheet Lamination And Ded (directed Energy Deposition); Processing Of Materials And Custom Additive Manufacturing, Especially Via Vat Polymerisation, Material Jetting, 3d Printing, Material Extrusion, Powder Bed Fusion (including, But Not Limited To Laser Sintering, Laser Melting, Electron Beam Sintering, Thermal Sintering And Electron Beam Melting), Sheet Lamination And Directed Energy Deposition (ded); Coating Workpieces, Manufactured Parts, Material Webs, Tools And Machine Parts Of Metal, Ceramic, Plastic, Fibre-reinforced Plastics, In Particular Applying Layers Of Metallic Materials, Ceramic Materials, Plastic And Composite Materials Of Two Or More Thereof; Custom Manufacturing And Processing Of Parts, Prototypes, Models, Profiles And Tools And Other Types Of Three-dimensional Objects By Generative Manufacturing; Custom Manufacturing Of Powders For The Generative Manufacturing Of Three-dimensional Objects, In Particular By Laser Sintering, Laser Melting, Electron Beam Sintering Or Electron Beam Melting; Application Of Functional Protective Layers On Workpieces, Finished Parts, Material Webs, Tools And Machine Parts, Including Pre- And Post-treatment Processes.