APPARATUS INSTRUMENTS MICROANALYSIS

Brand Owner (click to sort) Address Description
AZTEC OXFORD INSTRUMENTS NANOTECHNOLOGY TOOLSLIMITED Tubney Woods Abingdon, Oxon OX13 5QX United Kingdom Apparatus and instruments for microanalysis for non-medical purposes; namely, an x-ray detector, a pulse processor to characterize the x-ray energy, a MICS unit, namely a microscope image control system, for providing external scan control for the scanning electron microscope, and software for controlling the hardware; electron microscopes and microanalysis apparatus and instruments for non-medical purposes, namely, an x-ray detector, a pulse processor to characterize the x-ray energy, a MICS unit, namely a microscope image control system for providing external scan control for the scanning electron microscope, and software for controlling the hardware; x-ray microanalysis systems for non-medical purposes comprised of x-ray generating tubes, x-ray detectors, x-ray focusing devices, namely, x-ray mirrors, x-ray capillaries and x-ray optics; parts and fittings and controlling software for all of the aforesaid goods;
ROQSCAN CGG DATA SERVICES SA ROUTE DE MEYRIN 49 C/O CGG INTERNATIONAL SA GENĂˆVE 1202 Switzerland Apparatus and instruments for microanalysis, namely portable scanning electron microscope with EDS xray detectors; electron microscopes, X-Ray spectrometers and parts therefore; software for image analysis and software for chemical, geological and mineralogical analysis (INT CLASS 9);Services consisting to the collection of data in the field of chemical, mineralogical and geological analysis;Chemical, mineralogical and geological analysis and research services; services relating to the online provision of data in the field of chemical, mineralogical and geological analysis; preparation of scientific reports in the field of chemical, mineralogical and geological analysis;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A method and device for identification of surgical instruments, in particular of dental instruments, uses a stationary geometric arrangement of instrument holders and a suitable positional allocation of the instruments to these holders. The holders are provided in an arrangement of raster modules which cooperate with a base unit, only a single raster module being accessible in each case for removal and fitting of instruments.