The Leibniz Institute for Surface Modification e.V. is issuing a procurement notice for the acquisition of a "Pump-Probe Transient MIR Absorption Spectrometer" as an application for an existing femtosecond laser system (see below). Following laser optical excitation at repetition rates in the kHz range, molecule transitions into the mid-infrared range (up to 13 µm) are to be freely selectable and spectrally broadband with sub-ps time resolution. This combination of spectral and temporal resolution with highly sensitive MIR detection and integration into the fs laser system presents special requirements for a highly integrated measuring station.
Crucial selection criteria include particularly high detection sensitivity with minimal influence from humidity and its fluctuations in the laboratory, as well as high flexibility and user-friendliness in conducting experiments in everyday laboratory work. Integration with the laser system and a largely automatic execution of experimental processes (such as selecting individual, freely selectable time steps, averaging, repetitions, spectrograph control, spectrum acquisition, etc.) are also important evaluation criteria, along with modern, stable, and reliable control and evaluation software.
The tender includes the fully functional MIR spectrometer with all optical, mechanical, and electrical/electronic components from the output of the existing OPA, as well as cooling, control electronics, and software, including a programming interface for integrating user-defined measurement protocols and analysis software.
The client expects a delivery time of 15-20 weeks after receipt of the order. In the case of a longer delivery time, we reserve the right to exclude the bid. A maximum budget of 313,000 euros gross is available. A higher bid price may result in the exclusion of the offer.

LOT-0000
Purchase, Delivery and Installation of a Pump-Probe Transient MIR Absorption Spectrometer.
The Leibniz Institute for Surface Modification e.V. is issuing a procurement notice for the acquisition of a "Pump-Probe Transient MIR Absorption Spectrometer" as an application for an existing femtosecond laser system (see below). Following laser optical excitation at repetition rates in the kHz range, molecule transitions into the mid-infrared range (up to 13 µm) are to be freely selectable and spectrally broadband with sub-ps time resolution. This combination of spectral and temporal resolution with highly sensitive MIR detection and integration into the fs laser system presents special requirements for a highly integrated measuring station.
Crucial selection criteria include particularly high detection sensitivity with minimal influence from humidity and its fluctuations in the laboratory, as well as high flexibility and user-friendliness in conducting experiments in everyday laboratory work. Integration with the laser system and a largely automatic execution of experimental processes (such as selecting individual, freely selectable time steps, averaging, repetitions, spectrograph control, spectrum acquisition, etc.) are also important evaluation criteria, along with modern, stable, and reliable control and evaluation software.
The tender includes the fully functional MIR spectrometer with all optical, mechanical, and electrical/electronic components from the output of the existing OPA, as well as cooling, control electronics, and software, including a programming interface for integrating user-defined measurement protocols and analysis software.
The client expects a delivery time of 15-20 weeks after receipt of the order. In the case of a longer delivery time, we reserve the right to exclude the bid. A maximum budget of 313,000 euros gross is available. A higher bid price may result in the exclusion of the offer.