Superior Performance

• Robust and stable short- and long-term performance

• Completely automated operation

• Highest OPA conversion efficiency

• Broadest spectral tuning in the market (175 nm to 22 μm)

• Single-box design providing turnkey tunability from 230 to 2700 nm

Ease of Use

• Hands-free operation

• Computer Controllable: Palitra Commander
  

• Advantages for Time-Resolved Spectroscopy

• Nearly transform-limited pulses

• Wide range of energies and pulse repetition rates

• Outstanding beam-pointing, energy and spectral stability

• Excellent spatial, spectral, temporal coherence and contrast

• Integration of two or three PalitraOPAs into one enclosure, sharing the same seed for best coherence between the OPA outputs

Features

• Smallest footprint in the market

•  Designed for easy automation and integration into OEM applications

•  No dependence on environmental changes (±5°C, 10-90% humidity) due to full integration into a single rugged thermally stabilized enclosure and usage of non-hygroscopic nonlinear crystals

•  Integrated wavelength extensions into the thermally stabilized Palitra enclosure (except DUV1-2, VUV and nIR1-3) for optimum stability and conversion efficiency

•  Largest variations of repetition rate and pump wavelength on the market with no major realignment (keep pump repetition rate to <500 kHz, pulse duration to <300 fs and energy to >30 µJ)

Options

• Exchangeable modular extensions UV, DUV1-2, nIR1-3, IR1-3

•  Integrated wavelength extensions: UV1-3, VIS1-3

•  Manual option for applications requiring no frequent wavelength tuning

•  Wavelength calibration and software offset for fast recalibration

•  Wavelength separators, beam telescope, tubing and beam routing optics

• Duo and Trio options for two or three Palitra units integrated in the same enclosure and seeded by the same white-light continuum

•  High-energy option for pump pulse energies of 10-100 mJ at 800 nm

Applications

•  Time-Resolved Spectroscopy in Gas and Condensed Phases

•  Femtochemistry and Femtobiology

•  Ultrafast Nonlinear Optics

•  Time-Resolved Mass-Spectrometry, Photoionization, Photoelectron, and PEPICO Spectroscopies, ZEKE and LIF Spectroscopies

•  Raman Spectroscopy, CARS spectroscopy, Fs-Pump Ps-Probe spectroscopy

•  2D-IR Vibrational Spectroscopy, Nonlinear Four-Wave Mixing Spectroscopy, Coherent Photon-Echo Correlations

•  2PPE Spectroscopy on Surfaces, Sum-Frequency Spectroscopy on Interface