UNIVERSAL LASER SYSTEMS

Classe 7

Engraving machines; cutting machines; laser engraving machines; portable laser engraving machines; laser machines for cutting, marking, and engraving metals, composite materials, elastomers, foams, glasses, ceramics, stone, shell, wood, plastics, paper, textiles, and fabrics, including both rigid and flexible forms of the foregoing; machine and machine tools for precision-cutting and etching, engraving, marking, stamping, carving, scoring, trimming, perforating, for industrial, commercial, and home use, including medical, automotive, aerospace, electronics, and artistic applications

Classe 9

Lasers for industrial use; Lasers for industrial use, namely, industrial lasers for welding, ablation, and sintering applications; Lasers for industrial use, namely, industrial lasers for precision processing, including microfabrication and nanostructuring; industrial lasers for engraving, marking and cutting applications; downloadable software for converting digital photographs and image files into file formats suitable for subsequent use in laser engraving applications; downloadable software for management and operation of industrial lasers, including real-time adjustment, optimization for different substrates, and predictive modeling for laser-material interactions; downloadable software using a materials database to generate laser processing parameters, including features for process optimization, customization, and automation; downloadable software for management and operation of industrial lasers, in particular for the remote operation, monitoring, and integration of industrial laser systems with cad, cam, and other manufacturing and design tools; laser systems for industrial, commercial, home and office use comprised primarily of lasers not for medical use, and also including laser modulation controls, laser beam optics, motion control devices, and support structure, all for material cutting, engraving, chemical and physical modification, imaging, 3d and 2d modeling and printing for purposes of mass production, prototyping, and precision microfabrication in the field of computer controlled material processing