Femtosecond laser system with two synchronized outputs

The Lawrence Berkeley National Laboratory is conducting market research to identify sources that possess the capabilities and experience necessary to deliver a femtosecond laser system with two synchronized outputs. The system must meet specific key specifications, including pulse energy, repetition rate, pulse width, energy stability, beam quality, center wavelength, pre-pulse contrast, post-pulse contrast, power stability, polarization, pointing stability, and output beam size. The system must also have additional key performance features, such as being a two one-box system with a single seed laser, having diffraction gratings completely sealed in a gasket-sealed compartment, and employing only water-cooling of the laser crystals. • The laser system must have two synchronized outputs that meet the specified key specifications. • The system must be able to show long-term pulse length stability without active compensation systems. • The vendor must perform 6-axis, 10 g vibration tests and -10 to 40 C thermal cycling for 8 hours as a standard quality control protocol. • The system must be designed to facilitate HALT/HASS certification. • Respondents must demonstrate a proven record of delivering laser systems of similar scope to the preliminary specifications.