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NY Solicitation

Confocal Super Resolution Microscope

Department of Energy — Department of Energy

Solicitation Number BSA477108
Posted Date Jun 18, 2026
Due Date Jul 20, 2026
Estimated Value Not specified
NAICS Codes 334516
Place of Performance Upton, NY

Description

This is for the procurement of a Confocal Super Resolution Microscope (SRM) at Brookhaven National Laboratory. The SRM instrument should provide true confocal point scanning with a tunable white light laser excitation source of visible range capable of simultaneous multi-line operation with independent intensity control and rapid microsecond-scale switching between excitation regime, broadband spectral detection in the range approximately 400–850 nm, with multiple independently configurable detection channels, FLIM/FCS functionality, and analytical tools enabling functional parameter mapping and FRET. Super-resolution — performance should include both 2D and 3D STED nanoscopy across the visible spectrum, with possibility to acquire super-resolution imaging at ~30 nm lateral resolution. The instrument should operate within a unified software environment supporting automated calibration, lifetime fitting, super-resolution reconstruction, and compatibility with external analysis platforms.

This is for the procurement of a Confocal Super Resolution Microscope (SRM) at Brookhaven National Laboratory. The SRM instrument should provide true confocal point scanning with a tunable white light laser excitation source of visible range capable of simultaneous multi-line operation with independent intensity control and rapid microsecond-scale switching between excitation regime, broadband spectral detection in the range approximately 400–850 nm, with multiple independently configurable detection channels, FLIM/FCS functionality, and analytical tools enabling functional parameter mapping and FRET. Super-resolution — performance should include both 2D and 3D STED nanoscopy across the visible spectrum, with possibility to acquire super-resolution imaging at ~30 nm lateral resolution. The instrument should operate within a unified software environment supporting automated calibration, lifetime fitting, super-resolution reconstruction, and compatibility with external analysis platforms.

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