Laser Induced Damage Threshold (LIDT) of optical components, including but not limited to highly dispersive mirrors, is an acute issue in high-energy/high-power ultrafast laser systems largely influencing not only their […]

Laser Induced Damage Threshold (LIDT) of optical components, including but not limited to highly dispersive mirrors, is an acute issue in high-energy/high-power ultrafast laser systems largely influencing not only their […]
K2 is a delay unit to perform pump-probe experiments in the attosecond range. The device allows time-resolved experiments with either an XUV/soft X-ray pump pulse and an IR probe pulse, […]
PC2018 is an advanced broadband dispersive dielectric multilayer mirror pair exhibiting zero dispersion over a spectral bandwidth covering nearly an optical octave around a central wavelength of 1030 nm. With […]
How to choose your GLACIER®? Stop wondering which of UFI’s reflectometers to choose, here’s the answer! UFI’s GLACIER family of reflectometers allows to measure losses of optical coatings down to […]
Extreme ultraviolet (EUV) mirrors are key components to steer, focus and shape attosecond pulses. Designed and produced in atomically thick coating layers, these attosecond XUV mirrors allow very high precision […]
GOBI® is the ideal instrument to characterize and control the quality of multi-layered ultrafast optics. The device uses spectrally resolved interferometry to accurately measure the optics in terms of the […]
CM65 and the newly released PC2151 are advanced dispersive multilayer mirror pairs exhibiting negative dispersion over a spectral bandwidth that extends beyond an optical octave around a central wavelength of […]
AURORA, UltraFast Innovations‘ (UFI®) XUV phase retarder, turns linearly polarized XUV light into circularly polarized light. Its compact design facilitates implementing it into existing setups in a simple manner without […]
GLACIER-123 is the latest addition to UFI’s GLACIER® family of reflectometers. GLACIER® allows to measure losses of optical coatings down to 5 ppm (up to 99.9995% reflectivity) using the extremely […]
Due to their enormous power, terawatt and petawatt laser pulses may reach ionization threshold values of 1010 W/cm2 already several pico- or nanoseconds before the main laser pulse by either […]