This procurement is for a Confocal Super Resolution Microscope (SRM) to be used at Brookhaven National Laboratory. The instrument must provide true confocal point scanning with a tunable white light laser, broadband spectral detection, and FLIM/FCS functionality. It requires super-resolution performance including 2D and 3D STED nanoscopy with ~30 nm lateral resolution. The system should operate within a unified software environment for automated calibration and analysis. No budget amounts, submission timelines, or performance location beyond the laboratory are specified.

This procurement is for a Confocal Super Resolution Microscope (SRM) to be delivered and operated at Brookhaven National Laboratory. The instrument must provide true confocal point scanning with a tunable white light laser, broadband spectral detection, and FLIM/FCS functionality. It requires super-resolution performance including 2D and 3D STED nanoscopy with ~30 nm lateral resolution. The system must operate within a unified software environment supporting automated calibration and super-resolution reconstruction. No specific budget amounts or submission timelines are mentioned in the description.

This procurement is for a Confocal Super Resolution Microscope (SRM) to be used at Brookhaven National Laboratory. The instrument must provide true confocal point scanning with a tunable white light laser, broadband spectral detection, and FLIM/FCS functionality. Super-resolution performance should include 2D and 3D STED nanoscopy with approximately 30 nm lateral resolution. The system must operate within a unified software environment supporting automated calibration and external analysis platform compatibility. No budget amounts, submission timelines, or performance location beyond Brookhaven National Laboratory are specified.

This procurement is for a Confocal Super Resolution Microscope (SRM) to be located at Brookhaven National Laboratory. The instrument must have specific capabilities including true confocal point scanning, a tunable white light laser, and functionality for STED nanoscopy achieving approximately 30 nm lateral resolution. It requires a unified software environment for automated calibration and analysis. No budget information is provided in the description. The performance of services will be at the specified laboratory location.