Diamond Optics

Designed for high heat load applications, such as high-intensity laser sources, enabling ultra-high power densities in the focal spot. Leveraging the unique properties of diamond, these optics provide unmatched thermal management, radiation resistance, and long-term stability in extreme environments.

  • Diamond zone plates
  • Diamond gratings for spectral monitoring
  • Combinable with the Ir-line-doubling technique
  • Split-and-delay schemes for ultra-fast pump-probe experiments

Diamond withstands intense irradiation from FELs, as opposed to other materials which degrade rather quickly. Our diamond optics are a necessary solution to the most state-of-the-art research and discovery methods. Bottom left photo taken from David et al. (2011).

Specifications

Smallest Feature SizesAspect RatioPatterned Area
~ 100 nm> 10 : 11 mm2 up to > 200 mm2
Different Diamond Optons: Polycrystalline CVD, doped and undoped, Single Crystal CVD, Single Crystal HPHT IIa with low Dislocation Counts
Applications: Wavefront Sensing, Beam Shaping and Beam Splitting, Spectral Filterting, Imaging and Microscopy, Metrology and Diagnostics, Split and Delay Lines, Beam Delivery, IR Spectroscopy, Diamond Windows, etc.

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