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Potassium Dihydrogen Phosphate (KDP) and Deuterated Potassium Dihydrogen Phosphate (DKDP) are nonlinear optical materials (NLO)known for their large NLO coefficients, wide transparency range and high optical damage threshold. These materials are widely used as frequency multipliers for generation of the second, third and fourth harmonics for Nd:YAG Nd:YLF lasers. Both crystals are also applied in electro-optics: as Q-switches for Nd:YAG, Nd:YLF, Ti:sapphire and Alexandrite lasers and Pockels cells. Owing to a possibility of growing large crystals, high laser damage threshold, high optical homogeneity KDP and DKDP crystals are the only materials suitable for making frequency multipliers, Q-switches and Pockels cells, laser damage threshold of which is over 40
J/cm2 (at lambda=1.06 µm, tau=3 ns). This allows to use them in the devices for laser fusion.
KDP and DKDP crystals possess electro-optical, nonlinear and piesoelectric properties, high laser damage threshold and are used as the base for the devices and systems of laser engineering: frequency multipliers, modulators, gates, deflectors. |
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Single crystals are element base for modern laser devices, which are effectively used practically in the all fields of medicine, science and technique.
We offer finished optical elements, produced from wide assortment of grown single crystal materials providing the getting of coherent radiation in the wavelength ranges from ultraviolet to far infrared. We are able to provide suitable Anti-reflection / Protective, etc. coatings tailored to customer's specifications, reflectivity curves are applied upon request. |
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Applications:
- SHG of 10.6 µm laser radiation
- Optical Parametric Oscillation, Amplification, DFG, etc. to mid-IR up to 17 µm |
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Applications:
- Harmonic Generation (SHG, THG, 4HG, 5HG) of YAG, SHG of Ti: Sapphire and Alexandrite lasers.
- Tunable solid-state lasers using OPO (pumped by 355, 532 or 1064 nm)
- Efficient UV sources using SHG and SFG of the tunable dye lasers
- Autocorrelators (in thin crystals) in picosecond and femtosecond laser systems. |
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Applications:
- Efficient frequency doubling for mid-IR radiation.
- Optical parametric oscilation and amplification, Different frequency generation to mid-infrared regions up to 12 µm
- Optical narrow-band filters in the region near isotropical point (0.4974 µm at 300 K) |
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Single crystals are element base for modern laser devices, which are effectively used practically in the all fields of medicine, science and technique.
We offer finished optical elements, produced from wide assortment of grown single crystal materials providing the getting of coherent radiation in the wavelength ranges from ultraviolet to far infrared. We are able to provide suitable Anti-reflection / Protective, etc. coatings tailored to customer's specifications, reflectivity curves are applied upon request. |
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Applications:
- Optical parametric oscilator (OPO) in range 1 - 12 µm with pump Ti: Sapphire laser
- Different frequency generation in middle IR range (2-12 µm).
- SHG and SFG of the tunable dye lasers. |
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Applications:
- Efficient frequency doubling for mid-IR radiation.
- Optical parametric oscilation and amplification, Different frequency generation to mid-infrared regions up to 17 µm
- Optical narrow-band filters in the region near isotropical point (0.804 µm at 300 K) |
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Nonlinear Optics and Crystals
Superior weather resistance
Low optical losses in both absorption and scattering
Super polishing technology |
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| ... products without technical information |
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