Astronomy - Bertin Technologies

Astronomy

Bertin Winlight makes high-performance optical components and complex sub-assemblies for the astronomy industry.

Observation of the stars – research into their origin, evolution, physical and chemical properties – cannot be carried out without state-of-the-art instrumentation.

Telescopes have been in use since the 17th century, collecting, recording and analyzing visible light and invisible radiation from celestial objects (stars, planets, galaxies, etc.). As astronomy is a science of observation and not experimentation, it relies on technological developments in the instruments dedicated to its study.

Bertin Winlight, has been active in the astronomy market for over 30 years, and its recognized expertise in instrumentation dedicated to large scientific instruments has enabled it to participate in numerous renowned projects, in partnership with national and international universities and research institutes.

Bertin Winlight manufactures optical components and complex medium-sized sub-assemblies (from a few milimeters to 800 mm in diameter) for scientific observation instruments. The company designs and produces unique, tailored equipment such as image slicers, collimators, derotators and cameras, as well as complete spectrographs, enabling scientists to carry out the most ambitious research into the creation and evolution of the Universe.

Bertin Winlight has been involved in numerous ground-based projects for the VLT (Chile), the W. M. Keck Observatory (Hawaii, USA), the Canada-France-Hawaii Observatory CFHT (Hawaii, USA), the Subaru telescope for the National Astronomical Observatory of Japan (Hawaii, USA), the Mayall telescope for the Kitt Peat Observatory (Arizona, USA), the LBT large binocular telescope (Arizona, USA) or in space.

Bertin Winlight is also the world’s leading manufacturer of image slicers, with a proprietary technology developed, patented and owned jointly with the CNRS LAM (Centre National de la Recherche Scientifique Laboratoire Astrophysique de Marseille). This technology enables image slicers to be mass-produced, minimizing production costs and lead times, while guaranteeing optimum surface and edge quality.

Bertin Winlight supplies complete spectrographs (excluding scientific detectors) to specification or as part of consortium. Our experience enables us to produce mass-produced spectrographs to tight deadlines, while maintaining impeccable quality for each unit.

Finally, Bertin Winlight produces collimators, lenses (cameras) or derotators, bare or mounted in sub-systems for integration in astronomical observation telescopes.

Infographie Contribution to worldwide astronomical instruments EN Bertin Technologies 90790
  • Thirty Meter Telescope (TMT)
    IRIS: slicer under study
    WFOS: optics
  • KECK
    KPF: 2 cameras + slicer fiber reformater
    KCWI: 3 slicers system, mirror
    KCRM: camera
    LRIS2: slicer module design study
  • Canada France Hawaii Telescope (CFHT)
    SPIRou: pupil slicers
  • Gemini North
    GNAO: Tip-Tilt mirror under construction
  • Subaru Telescope
    PFS: 4 spectrographs
  • Hale Telescope
    SWIFT: 3 slicers
  • Large Binocular Telescope (LBT)
    LINC-NIRVANA: doublets
  • Mayall Telescope
    DESI: 10 spectrographs
  • San Pedro Martir National Astronomical Observatory (OAN-SPM)
    COLIBRI: mirror
  • Visible and Infrared Survey Telescope for Astronomy (VISTA)
    4MOST: cameras, collimators, correctors
  • Very Large Telescope (VLT)
    Derotators
    X-shooter: ADCs collimators, prisms and cameras
    ESPRESSO: 2 cameras, coude train optics
    MUSE: 24 slicers, 24 spectrographs, field splitter, derotator,
    ADC NFM module, dioptric relay
    MOONS: mirrors, lenses

    MAVIS: Fore-optics & slicer modules under construction
    CUBES: image slicers
    BlueMUSE: risk reduction study
  • Extremely Large Telescope (ELT)
    PDS: powered optics, BS
    METIS: lenses, prism, pyramid
    HARMONI: slicer module under construction
    MOSAIC: athermal camera study
    MICADO: dichroics, prisms, SCAO optics optics
  • Local Volume Mapper (LVM)
    6 spectrographs
  • Giant Magellan Telescope (GMT)
    G-CLEF: camera lenses, mirrors
  • Gemini South
    SCORPIO: cameras, dioptric collimators
  • Observatoire Midi-Pyrénées (OMP)
    SPIP: pupil slicers + parabolic mirror
  • Observatoire de Haute Provence (OHP)
    TAROT-sud: mirror
    COLIBRI: mirror
  • Calar Alto Schmidt-Lemaitre Telescope (CASTLE)
    CARMENES: camera, collimator mirror
  • Gran Telescopio Canarias (GTC)
    MAAT: slicer module under construction
  • GREGOR Solar Telescope
    GRIS: image-slicer
  • STELLA
    Spectrograph
  • Southern Africain Large Telescope (SALT)
    RSS: field flattener
  • Multiplexed Survey Telescope (MUST)
    Spectrograph design study
  • Devasthal Optical Telescope (DOT)
    FOSC: Spectrograph, Field lenses

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