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Ultrafast Laser Mirrors
Low GDD Ultrafast Mirrors are designed to handle high peak powers, provide reflectance greater than 99.8% and GDD is sligthly negative. All of this makes these mirrors ideal for femtosecond laser systems, like Ti:Sapphire, where pulse broadening is a concern.
Ultrafast laser line mirrors are designed to cover popular Yb:KGW, Yb:KYW, Yb:YAG and Ti:Sapphire laser lines with reflectance of more than 99.9% and at the same time to maintain |GDD| to be as close to 0 fs2 as possible.
GTI mirror is a kind of dielectric dispersive mirror with a spatial variation of the layer thickness values. Such mirrors are used for dispersion compensation in mode-locked lasers, for example. GTI mirrors featuring broadband behavior with GDD down to -2000 fs2 per bounce for your femtosecond laser system.
Ultrafast Laser Line Mirrors feature both optimized GDD and reflectance as high as 99.95% and 99.9% for s and p polarizations respectively.
Design of Ultrafast Laser Mirrors maintain peak power and do not suffer broadening effects. GDD value of designed wavelengths range very close to ~0 fs2. Mirrors with predefined negative or possitive GDD values can be designed.
LIDT of Ultrafast Mirrors is qualified at femtosecond regime. Optoman coatings are tested to withstand >1 J/cm2 at 1030 nm, ~300 fs, 1 kHz conditions.
Standard mirrors are designed and optimized for lasers which are most popular in both industrial and R&D activities.
- Mirrors with predefined negative or positive GDD.
- Diameter from 5 mm up to 101.6 mm.
- Spectral range from 200 nm up to 6000 nm.
- Available in multiwavelength or broadband configuration.
- Coatings on substrates with positive or negative curvature.
- Optimization for specific AOI or wide acceptance angle.
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