KILIMANJARO is a nonlinear spectral broadening and post-compression unit for sub-ps lasers with energies up to several µJ. The beam size and compression factors can be adjusted to your set up.

GLACIER® utilizes cavity ring-down (CRD) spectroscopy to measure the losses of advanced optical coatings down to 5 ppm, allowing the characterization of highly-reflective mirrors with up to 99.9995% reflectivity. This method provides unrivalled sensitivity compared to conventional absorption and reflection measurements, limited to the >1000 ppm range (<99.9% reflectivity). CRD loss meters repeatedly measure the losses within a cavity with a longer intra-cavity dwell time for smaller losses, resulting in increased measurement precision the lower the losses are. The device features high-speed data acquisition, enabling quick measurement recording and analysis.

White Light Interferometer GOBI® utilizes spectrally resolved interferometry to accurately measure the Group Delay Dispersion (GDD) of multi-layered ultrafast optics. Its unique spectral range covers from 250-1060 nm (UV/VIS/NIR version) to 900-2400 nm (IR version) and can measure mirrors and transparent samples under variable angles of incidence between 0 and 70 degrees.

Spectrally resolved detection makes other techniques available on the market, based on reference lasers together with any related test sample restrictions on specific reflection or transmission bands, obsolete. Data is acquired by scanning the delay of one arm and recording the evolving interference pattern spectrally. Fully automated analysis yields the spectral phase and GDD. The spectrometer directly provides spectrally resolved information, avoiding artefacts from time-domain reconstruction. This opens the full spectral range to characterize even ultra- broadband or advanced narrowband coatings.

Third-order autocorrelator TUNDRA® is a highly sensitive diagnostic tool to measure laser pulse contrast. After further development, the device can measure up to 14 orders of magnitude of dynamic range, allowing characterization of background and detection of the tiniest pre- and post-pulse replicas from the world's most powerful lasers. The autocorrelator utilizes all-reflective components, ensuring accurate correlation traces without measurement artifacts. Unlike second-order autocorrelators, the device can distinguish pre- and post-pulses due to the third-harmonic nature of the signal.

The HD2710 UV dispersive mirror combines reflectivity above 99% around 257 nm with high, smooth negative group delay dispersion (GDD) of −145 fs². This improved coating design enables efficient dispersion compensation and pulse compression in the ultraviolet spectral range, supporting ultrashort pulse generation and high-intensity femtosecond laser applications. Ideal for ultrafast spectroscopy, pump-probe experiments, and advanced laser research.

UltraFast Innovations (UFI®) offers custom-manufactured optical components with diameters up to 200 mm, including beam splitters, filters, ultra-high-reflectivity mirrors, and dispersive mirrors. Designed for demanding high-energy laser applications, these optics combine large apertures with high laser-induced damage thresholds (LIDT). UFI has demonstrated an LIDT of 90 J/cm² for a high-reflectivity mirror at 1064 nm and 100 Hz. We also provide in-house optical coating characterization to verify coating performance and support quality control. Components are manufactured to customer-specific requirements.