Eye-safe 1,54 μm ns laser KAUKAS 3

“Eye-safe” 1,54 μm wavelength nanosecond lasers “KAUKAS 3” possess a unique compact design and are available in OEM models for dedicated applications such as LIDAR or laser ranging. This specific “Eye-safe” 1,54 μm wavelength lasers model “KAUKAS 3” delivers up to 3 mJ energy per pulse with a repetition rate of up to 1 Hz.

Reflection beam expander REX series

Reflective beam expanders exhibit significant utility in applications requiring broadband or achromatic beam
expansion, accommodating a wide spectrum of light sources. The all-reflective configuration enhances versatility,
enabling compatibility with various lasers, including tunable, ultraviolet, and ultrafast sources. The innovative
design not only broadens the range of usable lasers but also guarantees elevated precision while concurrently
minimizing wavefront distortion.

Motorized laser power attenuators LPA

Motorized laser power attenuators are used for precise laser power control. LPA can be produced for use in the UV, visible, and NIR spectral ranges from 250 nm to 2000 nm. These devices feature a large clear aperture dedicated for considerable beam application. All optical elements of these laser power attenuators are made for high LIDT and provide a stable and reliable performance even when using them with high power lasers in industrial applications.

Ti:Sapphire crystals

Titanium-doped sapphire (Ti3+:Al2O3) is a widely used transition-metal-doped laser crystal. Ti3+ ion has a very large gain bandwidth that opens the possibility to obtain very wide wavelength tunability realized in short-pulse lasers. To obtain crystals with good optical quality Ti3+ doping concentration should not exceed 0,25 at.%. Ti:Sapphire crystal is characterized by a short upper-state lifetime and a high saturation power.

Low GDD ultrafast mirrors

Low GDD ultrafast mirrors exhibit high reflectance with minimal group delay dispersion (GDD) at certain wavelength range and angle of incidence. These mirrors enable to eliminate ultrashort optical pulse broadening effect and maintain high peak power as compared to ordinary high reflectivity laser mirrors.

Eye-safe 1,54 μm ns laser KAUKAS 3

“Eye-safe” 1,54 μm wavelength nanosecond lasers “KAUKAS 3” possess a unique compact design and are available in OEM models for dedicated applications such as LIDAR or laser ranging. This specific “Eye-safe” 1,54 μm wavelength lasers model “KAUKAS 3” delivers up to 3 mJ energy per pulse with a repetition rate of up to 1 Hz.

Reflection beam expander REX series

Reflective beam expanders exhibit significant utility in applications requiring broadband or achromatic beam
expansion, accommodating a wide spectrum of light sources. The all-reflective configuration enhances versatility,
enabling compatibility with various lasers, including tunable, ultraviolet, and ultrafast sources. The innovative
design not only broadens the range of usable lasers but also guarantees elevated precision while concurrently
minimizing wavefront distortion.

Motorized laser power attenuators LPA

Motorized laser power attenuators are used for precise laser power control. LPA can be produced for use in the UV, visible, and NIR spectral ranges from 250 nm to 2000 nm. These devices feature a large clear aperture dedicated for considerable beam application. All optical elements of these laser power attenuators are made for high LIDT and provide a stable and reliable performance even when using them with high power lasers in industrial applications.

Ti:Sapphire crystals

Titanium-doped sapphire (Ti3+:Al2O3) is a widely used transition-metal-doped laser crystal. Ti3+ ion has a very large gain bandwidth that opens the possibility to obtain very wide wavelength tunability realized in short-pulse lasers. To obtain crystals with good optical quality Ti3+ doping concentration should not exceed 0,25 at.%. Ti:Sapphire crystal is characterized by a short upper-state lifetime and a high saturation power.

Low GDD ultrafast mirrors

Low GDD ultrafast mirrors exhibit high reflectance with minimal group delay dispersion (GDD) at certain wavelength range and angle of incidence. These mirrors enable to eliminate ultrashort optical pulse broadening effect and maintain high peak power as compared to ordinary high reflectivity laser mirrors.