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    • Element Six Technologies US Corp

    Santa Clara, CA 95054

    COMPANY OVERVIEW

    About Element Six Technologies US Corp

    Contact

    3901 Burton Dr
    Santa Clara, CA 95054
    United States
    http://www.e6.com
    408-986-2411

    More Info on Element Six Technologies US Corp

    Manufacures a range of diamond materials for advanced technology applications. Technologies incorporating synthetic diamonds include: high power laser optics, output couplers, beam splitters, IR windows, ATR prisms, and heatspreaders.

    Articles

    (Image credit: Endeavor Business Media)
    Podcasts

    PODCAST: Interview with Thomas Obeloer, Element Six

    Episode 5 of Following the Photons: A Photonics Podcast features Thomas Obeloer, international sales director at Element Six.
    FIGURE 1. The absorption spectrum of optical-grade uncoated CVD diamond is free of spectral-absorption features between the ultraviolet and the far-IR, except for some multiphonon intrinsic absorption observed between 2.5 and 7 μm. Also shown are the spectral-transmission bands of the IR optical materials silicon, zinc selenide, and germanium.
    Test & Measurement

    Spectroscopy: CVD diamond attenuated-total-reflection prisms benefit FTIR spectroscopy

    Attenuated-total-reflection accessories for IR spectroscopy can be made of synthetic optical-grade diamond for durability and wide spectral bandwidth.
    (Image credit: Element Six)
    A diamond metasurface allows high-power lasers to withstand higher optical power levels.
    Optics

    Diamond metasurfaces increase damage thresholds in high-power laser systems

    Gail Overton
    Element Six has developed an all-diamond solution that offers improved reliability and even higher power density levels in lasers.
    FIGURE 1. The transmission spectrum of optical-grade diamond is shown for three different thicknesses.
    Optics

    MID-INFRARED OPTICS: CVD diamond IR optics enable EUV lithography

    Infrared (IR) transmission windows for the plasma-based light sources in EUV lithography must face a harsh optical and physical environment; with its combination of high IR transmission...
    High-purity chemical vapor deposition (CVD) growth processes developed by Element Six result in diamond windows up to 135 mm in diameter (a) for use as high-power optical windows, broadband-spectroscopy prisms, and particle-detection sensors. Synthetic diamond has the widest transmission spectrum for any optical material: 220 nm to greater than 50 μm (b).
    Optics

    NOVEL MATERIALS: Synthetic diamond offers much more than heat sinking

    Gail Overton
    In heat-sinking applications for optoelectronic components, synthetic diamond dissipates heat much better than conventional materials such as copper and silicon carbide, enabling...

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