Oria® IR OPO
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Automated Infrared Wavelength Extension for Femtosecond Ti:sapphire Lasers • Wide tuning across 990 – 1550 nm and 1696 – 4090 nm without any change of optics • Multi-photon excitation (MPE) microscopy • Guaranteed highest output power, >1Watt at peak of pump and OPO signal tuning range • Coherent anti-stokes Raman spectroscopy (CARS) • Hands-free operation with fully-automated computer-controlled wavelength tuning • Time-resolved spectroscopy • Sealed and virtually maintenance-free • Vibrational overtone spectroscopy • Simultaneous pump and signal and idler beams available through 3 separate output ports • Independent pump and signal and idler tuning • Pump bypass with 100% of the pump (with no signal and idler power), a percentage of the pump (simultaneously with partial signal and idler power) or 0% of the pump (with full signal and idler power) • Excellent beam pointing stability with TEM00 spatial quality • Short pulse duration across the tuning range • Integrated spectrometer • Compatible with standard MHz femtosecond Ti:sapphire lasers • Semiconductor research and spectroscopy • Multiple wavelength pump-probe experiments • Fiber optics and optical communications

Sealed fully-automated femtosecond optical parametric oscillator (OPO) offering broad wavelength coverage with highest average power in the IR. The OriaTM IR is compatible with standard femtosecond Ti:sapphire oscillators at MHz repetition rate. Designed for pick-and-place installation, it ensures virtually maintenance-free operation and highest usability since it does not require manual alignment of the cavity, being exclusively controlled by a PC. The OriaTM IR XT includes three output ports which deliver 1) the signal (across 990 and 1550 nm), 2) the pump (typically across 690 and 1040...