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Optical pulse shaper & laser front end

ModBox

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Exail offers the most comprehensive portfolio of versatile sub-nanosecond laser pulse generation transmitter based on unparalleled LiNbO3 modulator design.

These turn-key ModBoxes combine the best available optoelectronics components to provide state of the art optical pulse performances.

These ModBoxes are available over a wide wavelength range and can be tailored to specific applications.

Exail produit optical pulse shapper laser front end

Features

Benefits

    • Turn-Key and standalone sub-ns pulse laser
    • High quality optical pulse
    • Proven solution
    • Custom design

Main Specifications

  • Very high pulse contrast
  • Fast rise and fall times
  • Low intrinsic jittering

    Applications

  • Laser cutting
  • Inertial confinement fusion
  • Interaction of intense light with matter
  • Laser plasma interaction
  • Laser implosion
  • Interaction of ion beam with HP laser
  • Material processing
  • High-power fiber lasers for directed-energy applications

Modbox Solutions

  • ModBox-FE: to generate energetic arbitrary shaped pulses
  • ModBox-PS: to generate arbitrary shaped optical pulses
  • ModBox-SB: to suppress the Stimulated Brillouin Scattering

A set of several Standards ModBox units is already available, please refer to the data-sheet ModBox collection below. If your ModBox product does not exist, a customized and dedicated solution can be built for you.

Exail has accumulated a strong experience in such systems and successfully installed them in many laboratories over the world. To warrant the success of your project in a timely manner, Exail proposes system demonstration as well as on-site installation with training of local staff. Please contact us to learn more about these services.

Products

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Advanced modulation solutions for fiber lasers: high-energy and high-power laser

Learn with the following replay of our recent iXlive webinar how the ModBox offers an ideal solution as modulation solution for High-Energy and High-Power lasers: