01
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; coating materials (other
than paints) of metallic materials, metal alloys and
dispersions, and layers and layer sequences made therefrom,
in particular surface layers on workpieces, tools and
machine parts; ceramic glazings for use in additive
manufacturing; foundry sand for use in additive
manufacturing
05
Organic materials for use in additive manufacturing, namely
implantable materials for use in guided tissue regeneration
06
Metal powders, metal alloys and dispersions mainly of
metals, metal mixtures, alloys and mixtures of metals or
alloys, all for the additive 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; coating materials of metal, namely pure metal
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
powders for 3D printers; 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; metals for additive
manufacturing
07
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))
17
Photopolymer resins for additive manufacturing; polymers for
additive manufacturing; plastics for additive manufacturing;
thermoplastics for additive manufacturing; thermosetting
plastics for additive manufacturing
40
Custom manufacturing and production of 3D printed objects;
material processing, namely 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