LASER COMPONENTS

Brand Owner Address Description
NOVOLAS LEISTER BRANDS AG Galileo Strasse 10 Kägiswil CH-6056 Switzerland Laser components, namely, laser and associated cooling units for industrial use and electrical power supplies; laser systems, namely, laser, cooling units, and electrical power supply for manufacture, machining, reproduction, further processing, separation and connection of individual parts, components, semi-finished products and final products; optical systems, comprised of primarily light sources in the nature of light diodes, light emitting diodes, lenses, masks, IR emitters, electron emitters, displays, lenses in the nature of microlenses, diffusers, mirrors, optical waveguides, optical filters, polarizers, optical correlators, diffraction gratings, diffractive optics, diffractive and refractive micro optics, integrated optical sensors, and optical components, comprised of primarily light sources in the nature of light diodes, light emitting diodes, lenses and masks for beam shaping; units for measuring, regulating and monitoring, namely, electronic regulating and control units for lasers and computer hardware and software for use in connection therewith for laser-supported systems, components and equipment included in this class; sensors for laser systems, namely, optical sensors, timing sensors, temperature sensors, pressure sensors, electric sensors; the aforementioned products also in dimensions of micrometers or smaller; parts of all the aforementioned products included in this class;Laser machines, namely, laser-supported machines for use in the manufacture, machining, reproduction, further processing, separation and connection of individual parts, components, semi-finished products and final products, in particular in dimensions of micrometers or smaller; parts of all the aforementioned products included in this class;The wording NOVOLAS has no meaning in a foreign language.;
 

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

   
Technical Examples
  1. A temperature insensitive diode-pumped solid state laser is disclosed in this invention. The components of the laser are optimized with temperature insensitive design, making the laser capable of operating in a wide temperature range without using any cooling/heating system to maintain the temperature of its components.