Energy dispersive micro-focusing X-ray fluorescence spectrometer (μEDXRF) with poly-capillary optics
ID: H6TM05Type: Sources Sought
Overview

Buyer

DEPT OF DEFENSEDEPT OF THE AIR FORCEFA8126 AFSC PZIMBTINKER AFB, OK, 73145-3305, USA

NAICS

Analytical Laboratory Instrument Manufacturing (334516)

PSC

PHYSICAL PROPERTIES TESTING AND INSPECTION (6635)

Original Source

https://sam.gov/workspace/contract/opp/25242b33294e48acb3658c972eaaee79/view
Timeline
    Description

    The Department of the Air Force is conducting a market survey to identify potential sources for an energy-dispersive micro-focusing X-ray fluorescence spectrometer (μEDXRF) with poly-capillary optics. This advanced instrument is essential for non-destructive spectral mapping and chemical analysis of materials used in aircraft and jet engines, requiring capabilities to detect elements from Carbon to Uranium with high resolution and sensitivity. Interested contractors, both small and large businesses, are encouraged to submit documentation demonstrating their expertise in manufacturing μEDXRF spectrometers, along with quality assurance processes and relevant past experience. Responses are due by January 7, 2026, and should be directed to Erin Hampton (erin.hampton@us.af.mil) and Anthony Dollard (anthony.dollard@us.af.mil).

    Point(s) of Contact
    Erin Hampton
    erin.hampton@us.af.mil
    Anthony Dollard
    anthony.dollard@us.af.mil
    Files
    Title
    Posted
    DRAFT Statement of Work (SOW)_H6TM05 30 Micron X-ray Exciting XRF Spectrometer_1 Dec 25_with Appendices.pdf
    This Statement of Work (SOW) outlines the requirements for procuring an energy dispersive micro-focusing X-ray fluorescence spectrometer (µEDXRF) with poly-capillary optics for the Department of the Air Force’s Analytical Chemistry Section at Tinker Air Force Base. The spectrometer will enable non-destructive elemental analysis and spectral mapping of aircraft materials and engine wear debris. Key requirements include detecting elements from Carbon to Uranium, a 20-micron X-ray spot, dual peltier-cooled silicon drift detectors, and advanced software for quantitative analysis and spectral mapping. The SOW also details installation, verification, training, warranty, safety, and computer system specifications. A comprehensive safety plan, including training, hazard reporting, and mishap investigation, is mandated for the contractor.
    Sources Sought_H6TM05 uEDXRF.pdf
    The Department of the Air Force (DAF) is conducting a market survey to identify potential sources for an energy-dispersive micro-focusing X-ray fluorescence spectrometer (µEDXRF) with poly-capillary optics. This equipment is crucial for non-destructive spectral mapping and chemical analysis of various alloys used in DAF aircraft and jet engines. The requirement includes furnishing, shipping, assembling, installing, verifying, calibrating, testing, and training on the µEDXRF instrument, which must detect elements from Carbon to Uranium with high resolution and sensitivity. The government anticipates a firm-fixed price contract. Interested contractors, including small and large businesses, are encouraged to respond with documentation supporting their capabilities, particularly regarding manufacturing µEDXRF spectrometers, quality assurance processes, and past experience. Responses are due by January 7, 2026, and should be emailed to Erin Hampton (erin.hampton@us.af.mil) and Anthony Dollard (anthony.dollard@us.af.mil).
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