frm frm
frm frm
frm frm
frm frm
frm frm

Fibercryst

La Doua – Bat. l'Atrium
Bd LATARJET
F- 69616 VILLEURBANNE
FRANCE

download access map

Tel: +33 (0) 426 237 121
Mob: +33 (0)688 02 32 26
Fax: +33 (0) 426 689 874

contact@fibercryst.com

frm frm

Category: Dielectric coated optics

frm frm
HR Laser Line mirrors (HR)
frm frm
  • HR Laser Line mirrors (HR)

  • HR Laser Line mirrors (HR) provide an optimised performance at certain wavelength and certain angle of incidence (AOI). MORE»
    frm frm
    HR Broad Band mirrors (BBHR)
    frm frm
  • HR Broad Band mirrors (BBHR)

  • HR Broad Band mirrors (BBHR) provide an optimised performance at broad wavelength range. MORE»
    frm frm
    Partial reflecting mirrors (PR)
    frm frm
  • Partial reflecting mirrors (PR)

  • Partial reflecting mirrors (PR) provide required percentage reflection/transmission at a specific angle of incidence both for the single wavewlength and over the broad band wavelength range. MORE»
    frm frm
    Wavelength separators
    frm frm
  • Wavelength separators

  • Wavelength separators are used to separate the spectral regions or specified wavelenghts (harmonic components) of the multi-frequency laser systems by selective spectral reflection, transmission and absorption. MORE»
    frm frm
    Dual Laser Line mirrors (DHR)
    frm frm
  • Dual Laser Line mirrors (DHR)

  • Dual Laser Line mirrors (DHR) provide an optimised performance at two certain wavelengths and certain angle of incidence (AOI). MORE»
    frm frm
    AR coated windows (AR)
    frm frm
  • AR coated windows (AR)

  • AR coatings designed to reduce the reflectivity of a component to near-zero for specific wavelength. MORE»
    frm frm
    Broad Band AR coated windows (BBAR)
    frm frm
  • Broad Band AR coated windows (BBAR)

  • Broad Band AR coatings designed to reduce the reflectivity of a component to near-zero for Broad band wavelength range. MORE»
    frm frm
    Dual AR coated windows (DAR)
    frm frm
  • Dual AR coated windows (DAR)

  • Dual AR coatings designed to reduce the reflectivity of a component to near-zero for two certain wavelengths. MORE»