The National Institute of Standards and Technology (NIST) has issued a Request for Quotation (RFQ) for a Long-Wave Distributed Feedback Quantum Cascade Laser (DFB QCL), specifically the mirSense UN0581C002HTK1W or equivalent. This procurement, classified under semiconductor devices, is part of NIST's ongoing project within the Chemical Sciences Division to enhance far-infrared spectroscopy capabilities for climate metrology. Interested vendors must submit firm fixed-price quotations by September 9, 2024, adhering to specific technical and warranty requirements provided in the Statement of Requirements. Quotations should be structured in two parts: a technical quotation demonstrating compliance with minimum specifications and a business/pricing quotation detailing itemized costs. Evaluation will focus on both technical capability and price, favoring those that meet specifications and offer competitive pricing. The solicitation includes stringent instructions for submission, necessitating registration in the System for Award Management (SAM) and proper completion of required FAR provisions. Proposals submitted after the deadline or not complying with the outlined terms may be disregarded, underscoring NIST's commitment to a transparent and competitive procurement process.
The National Institute of Standards and Technology (NIST) issued a Request for Quote (RFQ-1333ND24QNB640668) for the procurement of a Long-Wave Distributed Feedback Quantum Cascade Laser, critical for their ongoing spectroscopy and spectro-radiometry project funded by the Innovations in Measurement Science initiative. The contract calls for delivery of a brand name or equivalent laser with specific technical capabilities, including operation at a wavelength of 17.2 μm ± 0.2 μm, a minimum output power of 1 mW, mode-hop-free tuning, and a laser linewidth of less than 100 MHz. The laser must be new, with strict stipulations against used, experimental, or unauthorized components.
Delivery to NIST Gaithersburg is required within 16 weeks, with inspections to confirm compliance with specifications carried out within 14 business days after arrival. A minimum one-year warranty is mandated, and payment follows a net 30-day schedule upon receipt of an invoice. This procurement aligns with NIST’s strategic goals to enhance measurement science and climate metrology, underscoring the importance of high-quality, reliable laser systems in advanced scientific research settings.