Our optical devices are designed to cover your needs in ultrafast science.

Our characterization devices can be used to control the coating quality of your optics such as chirped mirrors and dispersive optics (GOBI) or highly reflective mirrors (GLACIER). As part of the characterization line, TUNDRA and MADEIRA can be used to develop and refine your laser and experiments as they characterize the laser pulse by looking at the laser pulse contrast and carrier-envelope-phase respectively. Lastly, our characterization portfolio includes EVEREST, a spectrometer to characterize soft X-ray/XUV/VUV radiation.

Our XUV attosecond product line includes devices for generation: high-harmonic-generation of XUV/soft X-ray radiation (NEPAL), generation of MHz radiation (CALDERA), and pulse compression (SAVANNA, our hollow-core fiber) and manipulation of light: with our light-field synthesizer to shape and sub-cycle control the field waveform (CAPELLA), our pulse delay unit for pump-probe XUV/IR experiments (K2) or to generate circularly polarized light in the XUV with our phase retarder AURORA.

 

Applications

  • MADEIRA
    Single-shot measurements of CEP
    MADEIRA
  • CAPELLA

    Light Field Synthesis

    CAPELLA
  • GLACIER

    Characterization of high-reflective (low-loss) laser optics

    GLACIER
  • GOBI

    Characterization of Group Delay Dispersion (GDD) of mirrors

    GOBI
  • SAVANNA

    Pulse compression

    SAVANNA
  • SAVANNA-HP

    Pulse compression of high-intensity laser systems

    SAVANNA-HP
  • AURORA

    Generation of circular polarized attosecond pulses

    AURORA
  • TUNDRA

    Characterization of high-intensity laser contrast

    TUNDRA
  • NEPAL

    High-harmonic generation (HHG) of XUV/Soft X-ray radiation

    NEPAL
  • EVEREST

    Characterization of XUV/soft X-ray radiation

    EVEREST
  • CALDERA

    Generation of MHz XUV radiation

    CALDERA