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We know how to write nanometer
Registered

on 27 Mar 2006

Last Applicant/ Owned by

xlith GmbH

Lichtensteinstr. 12

Ulm, , 89075

Serial Number

UK00904980546 filed on 27th Mar 2006

Registration Number

UK00904980546 registered on
22nd May 2008

Correspondent Address

c/o Maguire Boss, Patent & Trade Mark Attorneys, 24 East Street

ST. IVES,

Cambridgeshire,

PE27 5PD

We know how to write nanometer

software for electron beam printing and process technology, in particular for simulating and optimising high-resolution electron beam printing and nan Read More

Classification Information


Class [9]
Computer & Software Products & Electrical & Scientific Products


Software for electron beam printing and process technology, in particular for simulating and optimising high-resolution electron beam printing and nanometer process technologies; master substrates for high-resolution and ultra high-resolution replication technology; reference standards for nanometrology; high-resolution masks and reticles.

Class [40]
Treatment & Processing of Materials Services


Services in the field of electron beam printing, namely custom exposure onto solid body substrates, including Si (silicon), GaAs (gallium arsenide), InP (indium phosphide), SiC (silicon carbide), GaN (gallium nitride) and diamond; services in the field of process technology, namely the production of structures in dimensions within the range of 5mm and 250mm.

Class [42]
Computer & Software Services & Scientific Services


Services in the field of electron beam printing, namely research, development, consultancy with regard to solid state substrates, including Si (silicon), GaAs (gallium arsenide), InP (indium phosphide), SiC (silicon carbide), GaN (gallium nitride) and diamond; services in the field of process technology, namely research, development, consultancy with regard to structures in dimensions within the range of 5mm and 250mm; creating of, and technical support for, software for electron beam printing and process technology, in particular for simulating and optimising high-resolution electron beam printing and nanometer process technologies.

Mark Details


Serial Number

UK00904980546

Mark Type

Word

Kind of mark

Individual