MICROSCOPES PARTS COMPONENTS

Brand Owner Address Description
GLOW 400 Leica Microsystems GmbH Ernst-Leitz-Straße 17-37 Wetzlar 35578 Germany Microscopes and parts and components of microscopes thereof; surgical microscopes, and parts and components of surgical microscopes thereof; multispectral fluorescence imaging systems for research and laboratory purposes comprised of microscopes and digital cameras and parts and components of multispectral fluorescence imaging systems thereof; optical systems for microscopes, surgical microscopes and multispectral fluorescence imaging systems comprised primarily of digital cameras and microscopes; downloadable software and recorded computer media software for data processing, capturing, and recording images for use with microscopes, surgical microscopes, multispectral fluorescence imaging systems and with optical systems for microscopes, surgical microscopes and multispectral fluorescence imaging systems; systems and apparatuses for performing multispectral fluorescence microscopy, namely, microscopes, digital cameras, and downloadable and recorded computer software for processing, capturing, and recording images; systems and apparatuses for performing 3D microscopy or multispectral fluorescence imaging, namely, microscopes, digital cameras, computer software for processing, capturing, and recording images, and computer hardware;GLOW FOUR HUNDRED;Surgical imaging devices comprised of digital cameras for medical purposes; surgical devices comprising multispectral fluorescence imaging systems that consist of digital cameras for medical purposes;400;
 

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

    
Technical Examples
  1. An electric-arc welding process for assembling parts that are components of a motor vehicle, in which a consumable wire is used that is subjected to a cyclic mechanical movement. The wire is moved closer to and then further away from the parts to be welded so as to create a short arc between the end of the consumable wire and at least one of the parts to be joined. In this way, molten metal is deposited in order to progressively produce a welded joint between the parts.