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This Solicitation opportunity from Department Of Energy was posted on September 4, 2025. The submission period has ended. Browse the details below for market research, or find similar active opportunities.

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SLAC_358643_RGAFederal

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Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

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NAICS: 3333
Federal
TECHNOLOGY LICENSING OPPORTUNITY: True Silicone DLP Printing Platform
Solicitation # S-133734
The True Silicone DLP Printing Platform enables the fabrication of high-purity silicone parts with complex geometries using standard desktop DLP printers, bypassing the need for expensive extrusion-based systems. Unlike conventional silicone alternatives that rely on carbon-based linkages and metal catalysts, this technology produces true silicone with a continuous silicon-oxygen polymer backbone, eliminating aging issues and chemical instability while ensuring biocompatibility and regulatory ease. The process involves a custom resin combining a light-curable acrylic scaffold with a siloxane component; during printing, the acrylic locks the shape layer by layer, and subsequent heating and solvent washing remove the scaffold, leaving behind a porous, pure-silicone structure with tunable mechanical properties and open porosity that can be further functionalized with conductive or active materials. This method supports high throughput through full-layer photopolymerization, delivering faster production than extrusion techniques, and is compatible with widely available, low-cost 3D printing hardware. The platform’s scaffold-and-wash strategy is broadly applicable, offering a template for printing other challenging materials, and its outputs are suited for high-demand applications in medical devices, soft robotics, microfluidics, aerospace seals, optics, and consumer goods. Developed to TRL 4, the technology is protected under U.S. Patent No. 11,939,415 and is available for licensing through Los Alamos National Laboratory, with opportunities for exclusive or non-exclusive agreements to companies seeking to commercialize this innovation.
Triad - DOE Contractor

POSTED

4 months ago

DEADLINE

in 2 months

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The contract involves the procurement of a mass spectrometer system for SLAC National Accelerator Laboratory, operated by Stanford University under the Department of Energy. The specified equipment must cover a mass range of 1 to 200 atomic mass units, operate at a maximum pressure of 1 x 10^-4 mbar with a Faraday detector, and provide a resolution of 10% valley between peaks. It must feature a twin detector setup with a Faraday cup and Channeltron electron multiplier, capable of detecting partial pressures as low as 1 x 10^-11 mbar with the Faraday detector and 1 x 10^-15 mbar with the Channeltron. The system should support high measurement speeds of up to 1000 measurements per second, with a vacuum-fired, radially symmetric ion source and twin oxide-coated iridium filaments. Communication interfaces include RS232, USB 2.0, and Ethernet, with extensive I/O options such as TTL lines, analog inputs/outputs, relay outputs, and multi-protocol RS485 interfaces, enabling integration with external devices like mass flow controllers. Power requirements are standard (100-240 V AC), and the physical dimensions are specified for proper installation, with cable lengths up to 40 meters from the RF head to the RC interface and up to 750 meters Ethernet connectivity to the PC. The quote is requested by September 19, 2023, with the product being sold on a fixed-price basis, and the procurement process emphasizes lowest price and technical acceptability. Additional contractual requirements include Buy American Act certification, completion of representations and certifications, registration in SAM.gov, and adherence to SLAC’s terms and conditions, including payment terms of NET-30 and FOB destination shipping. The solicitation also invites inquiries about discounts for academic or government institutions and requests vendors to provide published price lists or webpage links to substantiate pricing.

General Info

SLAC requests quotes for a Residual Gas Analyzer, technical specs detailed, due September 19, 2023.

NAICS

3333 - Commercial and Service Industry Machinery Manufacturing

Place of Performance

Menlo Park, CA, 94025, USA

Set-Aside

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PhaseClosed
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Submission Closed

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Organization & Contact Information

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AgencyDepartment Of Energy → Slac National Accel Labor -Doe Contractor
Contacts1 person available
OfficeMenlo Park, CA, 94025, USA
Office AddressMenlo Park, CA, 94025, USA
Contacts

Full Description

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SLAC National Accelerator Laboratory is operated by Stanford University for the Department of Energy. As a management and operating contractor, subcontracts awarded by the Laboratory are not Federal procurements, and are not directly subject to the Federal Acquisition Regulations in 48 CFR. Nonetheless, certain Federal laws, Executive Orders, and regulations may affect our DOE approved purchasing system, as required by statute, regulation, or contract terms and conditions. Required item(s) listed below 1. Mass range: 1'200 atomic mass units (amu) 2. Maximum Operating Pressure:1 x 10-4 mbar with Faraday detector. 3. Resolution: 10% Valley between adjacent peaks of equal height throughout the mass range. Software adjustable. 4. Detector: Twin detector, Faraday cup and Channeltron electron multiplier. 5. Minimum Detectable Partial Pressure: 1 x 10-11 mbar with Faraday detector. 1 x 10-15 mbar with Channeltron detector. 6. Maximum measurement speed: 1000 measurements per second. 7. Ion Source: Vacuum fired Ion Source. Radially symmetric, UHV compatible ion source. 8. Filament: Twin filament. Oxide coated iridium. 9. Ion Source control option: Electron emission: Software variable 1 ?A to 2 mA. Electron energy: Software variable 0 to 150 eV. Ion energy: Software variable 0 to 10 eV. 10. Communications to PC: RS232, USB 2.0, 10/100 Base-T LAN. RC interface unit I/O; 5 configurable I/O TTL lines, 2 analog inputs, 2 trip relay outputs, external trip input and over-pressure trip output.; 3 RS485 (multi protocol) to interface with a wide range of external devices, MFCs for example. 8 digital inputs compatible with 5 V and 24 V logic levels. 8 open collector digital outputs (30 V, 500 mA max). 4 or 8 channel analog outputs, 0-10 V, 14 bit (optional). 11. Power requirement: 100-240 V AC, 50-60 Hz, 250 VA. 12. Analyzer mounting flange: DN-35-CF (2"/70 mm O.D. Conflat-type). 13. Dimensions: Analyzer insertion length from mounting flange face: 247 mm. RF head dimensions: Height - 117 mm, Width - 104 mm, Depth - 195 mm. Depth is distance from vacuum face of analyzer mounting flange. RC interface unit dimensions: Height: 90 mm. Width: 19" rack mounting. Depth: 240 mm. 14. Cable lengths, RC interface to RF head: 40 m. 15. RC interface to PC: Up to 15 meters with RS232 link. Up to 750 meters with unbridged Ethernet link. USB cable, 5 m Ethernet and 5 m RS 232 cables included Quote is for product only; no on-site services permitted. Source selection will be based on Lowest Price and Technically Acceptable Method (LPTA). Technical evaluation criteria are as follows: 1. Mass range: 1'200 atomic mass units (amu) 2. Maximum Operating Pressure:1 x 10-4 mbar with Faraday detector. 3. Resolution: 10% Valley between adjacent peaks of equal height throughout the mass range. Software adjustable. 4. Detector: Twin detector, Faraday cup and Channeltron electron multiplier. 5. Minimum Detectable Partial Pressure: 1 x 10-11 mbar with Faraday detector. 1 x 10-15 mbar with Channeltron detector. 6. Maximum measurement speed: 1000 measurements per second. 7. Ion Source: Vacuum fired Ion Source. Radially symmetric, UHV compatible ion source. 8. Filament: Twin filament. Oxide coated iridium. 9. Ion Source control option: Electron emission: Software variable 1 ?A to 2 mA. Electron energy: Software variable 0 to 150 eV. Ion energy: Software variable 0 to 10 eV. 10. Communications to PC: RS232, USB 2.0, 10/100 Base-T LAN. RC interface unit I/O; 5 configurable I/O TTL lines, 2 analog inputs, 2 trip relay outputs, external trip input and over-pressure trip output.; 3 RS485 (multi protocol) to interface with a wide range of external devices, MFCs for example. 8 digital inputs compatible with 5 V and 24 V logic levels. 8 open collector digital outputs (30 V, 500 mA max). 4 or 8 channel analog outputs, 0-10 V, 14 bit (optional). 11. Power requirement: 100-240 V AC, 50-60 Hz, 250 VA. 12. Analyzer mounting flange: DN-35-CF (2"/70 mm O.D. Conflat-type). 13. Dimensions: Analyzer insertion length from mounting flange face: 247 mm. RF head dimensions: Height - 117 mm, Width - 104 mm, Depth - 195 mm. Depth is distance from vacuum face of analyzer mounting flange. RC interface unit dimensions: Height: 90 mm. Width: 19" rack mounting. Depth: 240 mm. 14. Cable lengths, RC interface to RF head: 40 m. 15. RC interface to PC: Up to 15 meters with RS232 link. Up to 750 meters with unbridged Ethernet link. USB cable, 5 m Ethernet and 5 m RS 232 cables included. Please provide a price and lead time quotation by 9/19/2023. Send quote to contact@example.gov. The bid closing date for this requirement is 9/19/2023. Is there any room for additional discount such as for Academic, ICPT, GSA, or Government Institutions? Buy American Act Certification (BAA) applies to awards that are over $10,000. Representations & Certifications Rider is required. Once completed the Reps and Certs is valid for one year until renewal. If you have already completed one within the year please disregard. Otherwise, please complete and return. All subcontractors are required to register in the System for Award Management (www.sam.gov). If possible, please provide a link to your webpage for published price list to substantiate for the prices quoted. The resulting purchase order will be issued on a fixed price basis. SLAC National Accelerator Laboratory Terms and Conditions for Fixed Price Commercial Supplies and Services (Rev. September 2022) will be made a part of the resulting order. Payment Terms will be NET-30 Freight terms will be FOB Destination Prepaid and Add You are requested to mark and identify proprietary/confidential information provided in response to the solicitation. Contact me directly with any questions. Kind regards, Edward Mezzettta Procurement Commodities Team SLAC National Accelerator Laboratory 2575 Sand Hill Road Menlo Park, CA 94025 Email: contact@example.gov

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Solicitation # SLAC_369006_Xray_Imaging_Detector_System
SLAC National Accelerator Laboratory, operated by Stanford University for the Department of Energy, is soliciting quotes for an X-ray imaging detector system. The required equipment includes one XRD 4343CT-F22-C-000 imaging grade digital X-ray detector, an XRD-EPS 215W power supply, and associated AC, DC, extension, and PC connection cables, along with an XRD FG(E) OPTO PCIe Frame Grabber V4. Technical requirements specify a flat-panel detector configuration with an amorphous silicon sensor, a minimum active area of 40 cm x 40 cm, a 150 micron pixel size, and applicability for hard and high-energy X-ray diffraction greater than 20 keV. This is a product-only procurement with no on-site services permitted. Quotes are due by October 16, 2026, and will be evaluated based on the Lowest Priced Technically Acceptable method and the best lead time. The resulting purchase order will be a fixed-price contract with NET-30 payment terms. Domestic shipments are FOB Destination Prepaid and Add, while foreign shipments are CIP SLAC, Menlo Park, Duty Unpaid. Offerors must be registered in the System for Award Management and provide a completed Representations and Certifications Rider. Additionally, proposals should include HTS Codes, ECCNs, and a statement regarding duties and tariffs. Buy American Act certification is required for unit prices exceeding 15,000 dollars. While not direct Federal procurements, these subcontracts incorporate various FAR and DEAR clauses based on contract value thresholds, including specific regulations regarding equal opportunity, whistleblower rights, and export controls.
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