Space Flight Gratings

Customized gratings

Space Gratings

Designated properties for space flight applications

  • Introduction

    Monolithic diffraction gratings are one of the key components of high sensitive spectral imaging systems in space instruments. These systems display high sensing properties when sufficient spectra is provided. Subsequent advancement of manufacturing techniques of high quality gratings are essential to improve the spectral performance.

    ZEISS has developed advanced manufacturing techniques to produce monolithic, high groove density gratings with low stray light, high diffraction efficiency and low polarization sensitivity. These gratings are produced holographically in combination with ion beam plasma etching.

    Holographic gratings (either for transmission or reflection) can be manufactured as plane and curved elements (convex, concave or free form shape), with in-house produced high-quality substrates and coatings. Real blazed type gratings optimize the efficiency and polarization requirements according the spectral range from UV to NIR.

    Environmental and stray light testing emphasizes the gratings’ performance and its designated properties for space flight applications. With considerable expertise in this field, ZEISS has a tradition of of development in numerous projects.

  • Downloads

    Optical Gratings - Compendium

    Compendium of products, electronic components and software solutions

    Pages: 54
    Filesize: 32,169 kB

    Rowland Circle Mounting - Concave Grating

    Pages: 12
    Filesize: 468 kB

    Polychromator Mounting - Concave Grating

    Pages: 10
    Filesize: 452 kB

    Laser / Pulse Compression Gratings - Customer-specific

    Pages: 1
    Filesize: 90 kB