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    • Lasertel

    Tucson, AZ 85743

    COMPANY OVERVIEW

    About Lasertel

    Contact

    7775 N Casa Grande Hwy
    Tucson, AZ 85743
    United States
    http://www.lasertel.com
    520-744-5700
    520-744-5766

    More Info on Lasertel

    Lasertel is a vertically-integrated manufacturer of high-power semiconductor laser components and developer of customer laser solutions. Servicing the defense, medical and industrial industries.

    Products

    Articles

    (Courtesy of II-VI)
    FIGURE 1. The 6 mm-mrad free-space rectangular BPP of the DirectProcess900 FlexShape laser engine by II-VI allows the laser to achieve spot sizes down to 0.2 mm.
    Lasers & Sources

    Direct-diode Lasers: Direct-diode laser systems for materials processing show their power and efficiency

    John Wallace
    All the benefits of laser diodes apply to direct-diode systems: small size, long life, and high wall-plug efficiency.
    Lasertel focuses on custom high-power laser diode configurations, which can have short turnaround requirements.
    Lasers & Sources

    Business Forum: High-power laser diodes, niche by nature - an interview with Mark McElhinney

    Conard Holton
    An interview with the president of Lasertel shows how a flexible, custom manufacturing approach to laser sources can drive growth
    FIGURE 1. The coefficient of performance (COP) of two laser-diode thermoelectric cooling modules by AMS Technologies, the TE-500 and TE-650, was characterized as a function of temperature difference (dT) and cooling capacity (Qc) using eight heat sources of 15 × 15 mm2 on top of the laser base plate and is given for an average temperature on the mounting plate.
    Positioning, Support & Accessories

    Photonics Products: Laser-cooling equipment: Keep your laser-diode system cool, whatever the power

    John Wallace
    Laser diodes work best when cool—different cooling approaches work best for different laser powers.
    (Courtesy of Lasertel)
    An 800 kW laser-diode array developed and made at Lasertel is one of four such arrays that will pump the final power amplifier of the High-Repetition-Rate Advanced Petawatt Laser System (HAPLS) to be installed at the Extreme Light Infrastructure (ELI) Beamlines facility currently under construction in the Czech Republic.
    Lasers & Sources

    Laser Pump Sources: Four 800 kW laser-diode arrays to pump high-pulse-rate HAPLS petawatt laser

    John Wallace
    Lawrence Livermore National Laboratory has installed and commissioned the highest-peak-power laser-diode arrays in the world.
    One of the five arrays built by Lasertel for the ELI Petawatt laser system.
    Lasers & Sources

    LLNL installs record-setting laser diode arrays from Lasertel

    Conard Holton
    Lawrence Livermore National Laboratory has installed high-powered laser diode arrays for the ELI high-rep-rate Petawatt laser system.
    LLNL
    The High Repetition-Rate Advanced Petawatt Laser System, or HAPLS, is being designed, developed, assembled and tested at Lawrence Livermore. It will be transferred to the ELI-Beamlines facility in 2016 (now under construction and shown here as an artist rendering), where it will be commissioned for use by the international scientific community.
    Positioning, Support & Accessories

    LLNL awards contracts for the petawatt laser system for the ELI Beamlines facility

    Conard Holton
    Livermore, CA--Lawrence Livermore National Laboratory has awarded subcontracts to Femtolasers Produktions and Lasertel for the HAPLS, being built for the European (ELI Beamlines...
    (Courtesy of Lasertel)
    A solid-state laser layout uses a 4.4 × 5 mm active area for end pumping using an uncooled multicolor laser-diode array (top). The resulting Nd:YAG laser has been incorporated into a so-called Ultra Lightweight Designator assembly that can operate over a temperature range of 100ºC with no thermal control in a package that weighs less than 5 lb (bottom).
    Lasers & Sources

    LASER-DIODE ARRAYS: Multicolor uncooled diode array efficiently pumps Nd:YAG laser

    Gail Overton
    Flashlamp pumping of Nd:YAG-based solid-state lasers is rapidly being replaced by laser-diode pumping.

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