OPTICAL AND LASER SINGLE CRYSTALS


  • Laser active elements based on GGG:Nd, GSGG:Nd,Cr, YSGG:Nd,Cr, YAG:Ho,Tm,Cr, YSGG:Er, YSGG:Er,Cr single crystals.
  • Optical elements of isolators and Faraday rotators based on TbGG.
  • Passive laser Q switches based on YAG:Cr+4, GSGG:Cr+4 single crystals.
  • Crystals and substrates based on Gd3Ga5O12, Ca,Mg,Zr:Gd3Ga5O12, Gd3Sc2Ga3O12 compounds.

 

FIELDS OF APPLICATION

  • Industrial lasers: elements based on GGG:Nd, GGG:Yb;
  • Medical laser equipment: elements based on YSGG:Er, Cr, YSGG:Er and YAG:Er;
  • Ophthalmologic lasers: elements based on YAG:Ho, Tm, Cr and YSGG:Ho, Tm, Cr;
  • Ranging systems and medical lasers: passive Q switches based on GSGG:Cr4+ and YAG:Cr4+;
  • Systems with high and mean power: elements based on GSGG:Nd, Cr and YSGG:Nd, Cr;
  • TGG-based Faraday rotators and isolators;
  • Fiber lasers and interstage net systems: TGG-based elements;
  • Faraday isolators in fiber-optical communication lines: BiYIG films on GGG:Ca, Mg, Zr substrates;
  • GGG substrates for liquid-phase epitaxy, diameter 76 and 100 mm.