Sources Sought Calcium PI Laser System

The document outlines a Request for Quotation (RFQ) number NB688000-25-01506 issued by the National Institute of Standards and Technology (NIST) for the procurement of a Calcium PI Laser System. This RFQ is set aside for small businesses under FAR 13 procedures and adheres to various provisions and clauses effective through FAC 2025-03. Offerors must demonstrate technical capability and provide a firm fixed price in their submissions, which will be evaluated based on the Lowest Price Technically Acceptable (LPTA) method. The document specifies the required submissions, including capability documentation, country of manufacture, and compliance with specific regulations related to management, child labor, and telecommunications equipment. Delivery is required within twelve weeks of order receipt, and all quotations must include necessary representations and certifications. Furthermore, the RFQ mandates that the offeror is registered in the System for Award Management (SAM). This solicitation emphasizes the government's commitment to promoting small business participation while ensuring compliance with legal and regulatory frameworks in the procurement process.

The Physical Measurements Lab/Time and Frequency Division/Ion Storage Group at NIST seeks a Calcium PI laser system essential for their quantum computing and optical clock experiments using trapped ions. The required system includes two specific laser wavelengths, 375 nm for photoionization and 422 nm for atomic excitation, with stringent specifications such as continuous wave operation, high output power (>30 mW), and minimal linewidth. Critical components include advanced temperature and current electronics capable of remote operation and various interfaces. Installation needs to be turnkey, with completed delivery within 12 weeks after receipt of order. All components must have robust design for stability, including warranty provisions for the laser diodes. This request serves to enhance the research capabilities in quantum measurement, emphasizing precision and reliability in equipment for advanced scientific experimentation.