Flunqylab_Time-Resolved Confocal Fluorescence Tender - 139939140

Procurement Summary

Country: Germany

Summary: Flunqylab_Time-Resolved Confocal Fluorescence Microscope

Deadline: 28 May 2026

Posting Date: 22 Apr 2026

Other Information

Notice Type: Tender

TOT Ref.No.: 139939140

Document Ref. No.: EU-OV/2026-79

Competition: ICB

Financier: Self Financed

Purchaser Ownership: Public

Tender Value: Refer Document

CPV Classification

38000000 - Laboratory, optical and precision equipments (excl. glasses)

Purchaser's Detail

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Tender Details

The Friedrich Schiller University Jena intends to purchase a (1) versatile and user-friendly time-resolved confocal fluorescence microscope for research purposes, which will enable the optical characterization of isolated as well as optical Quantum emitters coupled to nanostructures are possible. The system requires a correspondingly high spatial resolution to image nanoscale structures, high sensitivity to detect individual quantum emitters, and time resolution for characterization the emission dynamics in coupled systems. In order to ensure the excitation of different emitter systems to be examined, excitation lasers at different wavelengths in the UV and VIS range are required, with rapid switching between them different laser sources must be possible. The excitation laser focus must be able to be scanned over the sample being examined with nanoscale precision, enabling two- or, in principle, three-dimensional imaging and point measurements with high precision To enable positioning accuracy in the nanometer range. Furthermore, there should be the possibility of wide-field excitation for quick overview measurements of the spatial light distribution. On the detector side, fast detectors are used Single photon sensitivity in the visible spectral range is required. Powerful and fast electronics are essential for measurements of the radiant lifetime with time resolution down to the picosecond range. The requirement to measure the Enabling photon statistics to detect single photon emitters (antibunching) or lasing in nanostructures also results in the need for a special arrangement (Hanbury-Brown-Twiss setup) of several fast ones Detectors and electronic support for coincidence measurements. For the quantum optical investigation of systems with more than one emitter, at least three detectors arranged in a detector tree are required. Eat...

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