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Notice ID: 573cb3cb849b4dde9b28f45d6eba464bCombined Synopsis/Solicitation

NX10 Complete AFM System and Accessories

Archived on September 17, 2026. Combined Synopsis/Solicitation posted by ENERGY, DEPARTMENT OF on September 10, 2026. Solicitation 497927.

NAICS 334516 (Analytical Laboratory Instrument Manufacturing). Place of performance: Oak Ridge, Tennessee. Original response deadline: . Full description on SAM.gov.

Description

UT-Battelle, LLC is the management and operating contractor of Oak Ridge National Laboratory (ORNL). The Center for Nanophase Materials Sciences Division at ORNL is in need of a NX10 Complete AFM System and Accessories or equivalent. Please reference Attachment C- RFQ497927 Bill of Materials for product specifications. 
 
Attachments:
 - RFQ497927
- Attachment A- Terms and Conditions Purchase Order Commercial Products and Services
- Attachment B- Prime Flowdown Clauses
- Attachment C- RFQ497927 Bill of Materials
- Attachment D- Reps and Certs Abbreviated

Full description on SAM.gov

Overview

Agency:
Department of Energy
Office:ORNL UT-BATTELLE LLC-DOE CONTRACTOR
Posted:September 10, 2026
NAICS:334516: Analytical Laboratory Instrument Manufacturing
Last Updated:Sep 17, 2026
PSC:6650: OPTICAL INSTRUMENTS, TEST EQUIPMENT, COMPONENTS AND ACCESSORIES
Response Deadline:
Set-Aside:Not specified
Type:Combined Synopsis/Solicitation
Place of Performance:Oak Ridge, Tennessee, 37830

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Combined Synopsis/SolicitationENERGY, DEPARTMENT OFSep 10, 202673.67 KB
Combined Synopsis/SolicitationENERGY, DEPARTMENT OFSep 10, 2026318.05 KB
Combined Synopsis/SolicitationENERGY, DEPARTMENT OFSep 10, 2026964.77 KB
Combined Synopsis/SolicitationENERGY, DEPARTMENT OFSep 10, 2026256.17 KB
Combined Synopsis/SolicitationENERGY, DEPARTMENT OFSep 10, 2026208.04 KB

Lifecycle

Solicitation:497927
  1. Combined Synopsis
  1. Combined SynopsisCurrentSep 10, 2026

    NX10 Complete AFM System and Accessories

    Notice 573cb3cb849b4dde9b28f45d6eba464b on SAM.gov

Similar Opportunities

Title
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The Chemical Sciences Division at Oak Ridge National Laboratory is in need of GEMINI.HP.L.ASY: interferometer, Gemini-Felix, and PDM module. Brand Name or Equal shall apply. Please see Attachment C_ Bill of Materials for RFQSSPR507952 for specifications and details. Attachments: Attachment A_ Terms & Conditions- Purchase Order Commercial Product & Services Under the SAT (BSD-CS-2154, dated 09/30/2026) Attachment B_ Prime Flowdown Clauses- (BSD-CS-2258, dated 09/30/2026) Attachment C_Bill of Materials for RFQSSPR507952 Attachment D_Reps-and-Certs-Abbreviated-2026.03.09 Attachment E_ Commercial Computer Software Request for Quotation- RFQSSPR507952
Combined Synopsis334516No Set-Aside10/14/202610/22/2026Oak Ridge, TN
Oak Ridge National Laboratory (ORNL) is a US Department of Energy (DOE) science and energy laboratory, conducting basic and applied research to deliver transformative solutions to compelling problems in energy and security. The Company is pleased to invite your firm, herein referred to as “Offeror,” to submit a proposal in support of the subject effort, as outlined in the attached Statement of Work or Specification and/or Technical Direction attached, Morphologi 4 ID - Rapid, Automated Particle Characterization. FAR 52.211-6, Brand Name or Equal applies.
Combined Synopsis334516No Set-Aside10/14/202610/21/2026Oak Ridge, TN
*THIS RFQ WILL BE EVALUATED BASED ON LOWEST PRICE, TECHNICALLY ACCEPTABLE METHODOLOGY* Looking to source the same or similar as a Libra 5514 Pro camera with the following specifcations: Sensor type: Back‑illuminated (BSI) global shutter sCMOS Pixel size: 5.5 &micro;m &times; 5.5 &micro;m Peak quantum efficiency (QE): up to 83% Sensor size: 30.5 mm diagonal (25.34 mm &times; 16.90 mm effective area) Resolution: 4608 &times; 3072 pixels (14 MP) Read noise: < 2 e⁻ (median) Dynamic range: 77.5 dB Frame rate: Up to 670 fps at 14 MP, 8‑bit; 480 fps @10‑bit; 350 fps @12‑bit; 80 fps @16‑bit Interface: 100 G CoaXPress‑over‑Fiber (CoF) or 40 G CoF Cooling: Air or liquid cooling to 5 &deg;C (air) or –5 &deg;C (liquid) Please review all applicable documentation and provide a proposal response no later than 1:00 PM CST October 02, 2026. Within your proposal, please include a fully executed copy of the ANL-70 Request for Quotation, the ANL-70A Reps and Certs, and the Country of Manufacture. Any questions can be directed to the Contracting Officer. Thank you in advance for your participation.
Solicitation334516No Set-Aside09/29/202610/02/2026Lemont, IL
Entangled Photon Quantum FTIR BroadQ introduces a new way to gather infrared information by using entangled photons without the need of conventional thermal detectors. Developed by scientists at Los Alamos National Laboratory, the platform combines broadband entangled photon generation with a dual-mode imaging layout, creating a path toward compact infrared spectroscopy and microscopy that can operate at very low light levels, avoid cryogenic cooling and support both near-field and far-field measurements from one setup. That combination makes BroadQ attractive for sensitive samples, portable field instruments and advanced imaging workflows where conventional FTIR systems face practical limits. How it Works BroadQ Entangled Photon Quantum FTIR scans a pump beam across entangled photon sources containing spatially varying regions that produce entanglement across different spectral bands, then uses descan optics to combine the output into a stationary broadband beam. Reflective parabolic optics and scan/descan mirror pairs help preserve image quality while avoiding chromatic dispersion, which would otherwise weaken performance across such a wide spectral range. The resulting entangled photons can be the input for an imaging system that supports either near-field or far-field operation without rebuilding or reconfiguring the instrument, which gives the platform flexibility for different spectroscopy and microscopy needs. Technical Description The core innovation is a source of broadband entangled photons. Rather than relying on a single narrowband entangled source, the BroadQ Entangled Photon Quantum FTIR platform scans across structured regions in a source and merges the emitted output into one beam, extending spectral coverage across the near- to mid-infrared range. The approach is source-agnostic, so it can work with nonlinear crystals, meta-surfaces or liquid crystals. A second layer of BroadQ is the imaging architecture. The optical layout places the source at an imaging plane and then relay images or collimates the beam so the same setup can support both near-field and far-field imaging. That matters because near-field imaging can resolve smaller features than far-field methods, while far-field arrangements remain useful for readout of larger fields of view. The disclosed system is intended to make quantum FTIR and related quantum imaging workflows more practical by pairing broadband entangled light with an instrument layout that is easier to use and more adaptable than current approaches. Advantages Broadband infrared coverage from a single platform No need for cryogenic MCT detectors Supports both near-field and far-field imaging without reconfiguration Works at very low light levels, reducing sample damage risk Compatible with multiple entangled photon source types More portable and integration-friendly than conventional FTIR setups Market Applications Analytical Instrumentation (FTIR microscopes, spectroscopy systems) Life Sciences (light-sensitive biological samples, cellular imaging, plant imaging) Chemical Sensing (material identification, spectral analysis) Defense and Security (trace detection, threat reconnaissance) Semiconductor and Materials Characterization (thin films, advanced materials) Remote Sensing (field-deployable infrared analysis) TRL 3 US Patent pending LA-UR-26-23629 LANL Tech Partnerships: Unlock the Innovative Potential Los Alamos National Laboratory offers a wide range of cutting-edge technologies and capabilities that may provide your company with a competitive edge in the market and unlock the innovative potential that can enhance, refine, and revolutionize your products. LANL&rsquo;s licensing program focuses on moving inventions developed by our researchers to commercial innovations. Patented and patent pending inventions and copyrighted software are available to existing and start-up companies through exclusive and non-exclusive licensing agreements. For specific discussions, please contact licensing@lanl.gov. Note: This is not a call for external services for the development of this technology. https://www.lanl.gov/engage/collaboration/feynman-center/partner-with-us/licensing-technology m.lanl.gov/tech-search
Special Notice334516No Set-Aside05/06/202606/06/2026Los Alamos, NM
The Physics Division at Oak Ridge National Laboratory is in need of NOVO DR Inc., Discovery III System 22WNH - Bright XL, and accessories. Brand Name or Equal shall apply. Please see Attachment C_ Bill of Materials for RFQSSPR50891 for specifications and details. Attachments: Attachment A_Terms-Conditions-Purchase-Order-Commercial-Products-Services-BSD-CS-2154-09.30.2026 Attachment B_Prime-Flowdown-Clauses-BSD-CS-2258-09.30.2026 Attachment C_Bill of Materials for RFQSSPR508961 Attachment D_Reps-and-Certs-Abbreviated-2026.03.09 Attachment E_ Commercial Computer Software Request for Quotation-RFQSSPR508961
Combined Synopsis334517No Set-Aside10/14/202610/23/2026Oak Ridge, TN

Additional Details

Solicitation Number

497927

Archive Date

Sep 17, 2026

Office Address

Oak Ridge, TN, 37831