Dispersive Mirror

Was der Auftraggeber sucht

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. Please review the listed requirements and provide your best and final offer for both price and lead-time. The follow has been attached for you to complete and review: Representations & Certifications Rider Confirm Attached SLAC terms are accepted: FP Commercial Supplies-Services T&Cs (August 2023) Confirm Attached SLAC terms are accepted: SLAC General Terms and Conditions Supplemental Rider (Rev. August 2026) Request for Quote: Required item(s) listed below: HD120+AR Ultra Precision (FS 38.1mm dia. X 12.7mm thk. Pl (192)) QTY: 150 CM2699 (FS 38.1mm dia. X12.7mm thk,PL (192) QTY: 80 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: Highly Dispersive Mirrors HD120+AR Ultra Precision (FS 38.1mm dia. X 12.7mm thk. Pl (192)) Features: Optics Type: Highly Dispersive Mirror Design Name: HD120 Central Wavelength CW (nm): 1030 Minimal Wavelength WLmin (nm): 935 Maximal Wavelength WLmax (nm): 1125 GDDr (fs²): -200 Angle of Incidence AOI (deg): 5 Minimal Reflectance Rmin (%): 99.9 Polarization: p Surface 2: AR Stress Compensation Substrate (pre-coat spec.) Material: Corning 7980 0F Dimensions: 38.1mm dia. x 12.7mm thk. Diameter tolerance: +0/-0.1mm Thickness tolerance: +/-0.1mm Configuration: Pl/Pl Radius: S1&S2: Infinity S1 & S2 polished, other surfaces fine ground Surface quality: S1: 5/3x0.04, S2: Commercial polish Flatness: S1: PV<1/10L@632.8nm within CA, S2 NA Clear aperture: >80% Parallelism: <10arcmin Chamfer: Break sharp edges Standard: ISO 10110 Marking: UFI log and arrow to S1, 6-digit serial number tracked Qty 150. Chirped mirrors: CM2699 (FS 38.1mm dia. x 12.7mm thk. Pl (192)) Features: Optics Type: Chirped Mirror Design Name: CM2699 Central Wavelength CW (nm): 1035 Minimal Wavelength WLmin (nm): 950 Maximal Wavelength WLmax (nm): 1120 GDDr (fs²): -50 Minimal Reflectance in Average Raver,min (%): 99.9 Angle of Incidence AOI (deg): 5 Polarization: p Surface 2: AR Stress Compensation Substrate (pre-coat spec.) Material: Corning 7980 0F Dimensions: 38.1mm dia. x 12.7mm thk. Diameter tolerance: +0/-0.1mm Thickness tolerance: +/-0.1mm Configuration: Pl/Pl Radius: S1&S2: Infinity S1 & S2 polished, other surfaces fine ground Surface quality: S1: 5/3x0.04, S2: Commercial polish Flatness: S1: PV<1/10L@632.8nm within CA, S2 NA Clear aperture: >80% Parallelism: <10arcmin Chamfer: Break sharp edges Standard: ISO 10110 Marking: UFI log and arrow to S1, 6-digit serial number tracked Qty 80 Past performance: The Offeror will be evaluated for successful completion and delivery of parts of a similar size and complexity in the last four (4) years based on the documentation submitted on prior manufacturing and test plans. SLAC will consider the historical reliability and performance of such parts integration into SLAC systems, if available. Manufacturing capabilities and capacity (including lower-tier subcontractors) Offeror shall submit a manufacturing plan demonstrating that the Offeror’s resources and project management support are adequate to deliver the system on schedule, using a quality-controlled manufacturing process, adequate procurement capabilities, fabrication facilities and testing facilities. Please provide a price and lead time quotation by COB 11/5/2026 Please be advised that the requirement was also posted on SAM.gov. Send quote to marissat@SLAC.stanford.edu. Is there any room for additional discount such as for…

Sprache dieser Bekanntmachung: English. Titel und Beschreibung erscheinen genau so, wie der Auftraggeber sie veröffentlicht hat.

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