NIST - Calcium Quadrupole Laser

The National Institute of Standards and Technology (NIST) is seeking to procure a highly specialized Calcium quadrupole laser for its Ion Storage Group, targeting advanced research in quantum computing, quantum simulation, and optical clock experiments. The laser must meet rigorous technical specifications, including an instantaneous linewidth less than 10 kHz, power output over 300 mW, and phase-locking capabilities with feedback bandwidth exceeding 1 MHz. NIST is conducting market research to identify U.S. manufacturers capable of producing this complex scientific instrument, with potential vendors required to submit four-page capability statements detailing their manufacturing capacity, product specifications, and lead times. The Sources Sought notice, posted on May 28, 2025, invites responses from both large and small businesses, with submissions to be electronically delivered to Contract Specialist Matthew Delgado by the specified deadline. Evaluation criteria will likely focus on technical capabilities, manufacturing expertise, and ability to meet the precise laser performance requirements outlined in the detailed specifications.

The procurement does not have a specific small business set-aside, though it falls under NAICS code 334413 with a small business size standard of 1,250 employees. The total contract value is not explicitly stated, but the procurement involves a single turn-key Calcium quadrupole laser system with accompanying driving and locking electronics. Delivery is expected within 18 weeks after receipt of order, with a planned 7-business-day government acceptance testing period. The laser system requires comprehensive electronic documentation, installation, and must include PID locking electronics, a Pound-Drever-Hall modulation module, and proof of previous locking performance. Key numerical specifications include a wavelength range of 729.3 nm +/- 0.1 nm, mode-hop free tuning range greater than 5 GHz, and a laser output with over 50% fiber coupling efficiency. The contract appears to be a highly specialized procurement aimed at supporting cutting-edge scientific research infrastructure.