The trademark application XELL was filed by Xolo GmbH, a corporation established under the laws of the Federal Republic of Germany (the "Applicant"). The application was published for oppositions on August 28, 2024, and still open for oppositions.
The application was filed in German (English was selected as the second language).
Goods And Services
The mark was filed in class 7 with following description of goods:
Computerised equipment for the generation of three-dimensional shaped parts
Machines for manufacturing three dimensional models, namely, computer-aided modeling devices
Computer-aided additive machines for manufacturing three-dimensional objects
Machines for manufacturing three dimensional models, namely, computer-aided modeling devices and associated computer hardware and software sold as a unit
Computer-aided additive machines for manufacturing three-dimensional objects and associated computer hardware and software sold as a unit
Machines for manufacturing three dimensional (3D) living tissues
Machines, namely, three dimensional (3D) bioprinter for the printing of living tissues
Cartridges for containing printing material
Cartridges for containing bioprinting material
Printing cartridges for containing biomaterial
Printing cartridges for containing bioink.
The mark was filed in class 9 with following description of goods:
Devices that can be used in biotechnology, and the pharmaceuticals and cosmetics industries for computer-assisted, three-dimensional dosing of biomaterials for the patient-friendly, biofunctional shaping of cell carrier structures, tissues, blood vessels, implants, prostheses and releasing systems for medicinal substances
Laboratory apparatus for fabrication of three dimensional (3D) living tissues
Optical printers
Apparatus and instruments for microscopy
Scientific apparatus and instruments
Printers
Laser installations, other than for medical use.
The mark was filed in class 10 with Devices that can be used in medicine for computer-assisted, three-dimensional dosing of biomaterials for the patient-friendly, biofunctional shaping of cell carrier structures, tissues, blood vessels, implants, prostheses and releasing systems for medicinal substances.