Solicitation - Cryogenic Nanopositioner
ID: NB672030-25-02147Type: Combined Synopsis/Solicitation
Overview

Buyer

COMMERCE, DEPARTMENT OFNATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGYDEPT OF COMMERCE NISTGAITHERSBURG, MD, 20899, USA

NAICS

Analytical Laboratory Instrument Manufacturing (334516)

PSC

LABORATORY EQUIPMENT AND SUPPLIES (6640)

Original Source

https://sam.gov/opp/915a6c3b405f42d58105025329067433/view
Timeline
    Description

    The Department of Commerce, specifically the National Institute of Standards and Technology (NIST), is seeking quotations for a Cryogenic Nanopositioner under solicitation number NB672030-25-02147. This electro-mechanical device is intended for use in a dilution refrigerator at cryogenic temperatures, playing a crucial role in the Quantum Networking and Transduction project by enabling precise adjustments for optimal laser beam alignment. The nanopositioner must meet specific technical requirements, including operation below 30 mK, a tip/tilt range of at least 3 degrees, and compatibility with optical components, while also requiring an external electrical control system and Python software capability. Interested suppliers should submit their quotations on company letterhead, including detailed technical capabilities and relevant experience, by the specified deadline, noting that funding for the project is currently unavailable and awards will be made only when funds are accessible. For further inquiries, contact Daniel Kent at daniel.kent@nist.gov or call 303-497-6533.

    Point(s) of Contact
    Daniel Kent
    (303) 497-6533
    daniel.kent@nist.gov
    Files
    Title
    Posted
    Attachment 1 - Specifications.pdf
    The Communications Technology Laboratory is issuing a Request for Proposal (RFP) for a Cryogenic Nanopositioner designed for use in a dilution refrigerator at cryogenic temperatures. This electro-mechanical device aims to improve the Quantum Networking and Transduction project by enabling precise remote adjustments to the angle of a fiber collimator, which is crucial for optimal laser beam alignment within a high finesse cavity. The nanopositioner must operate effectively at temperatures below 30 mK and have specific technical specifications, including a tip/tilt range of at least 3 degrees, an angular stability of 0.01 degrees, and compatibility with optical components. Additional requirements include an external electrical control system for remote operations and Python software capability. The document outlines shipping details, acceptance criteria, maintenance needs, and warranty information while emphasizing the importance of US citizenship for on-site participation due to security regulations. The overall goal is to accelerate experimental iterations and enhance device design by minimizing vibrations from the dilution refrigerator, thereby facilitating more efficient transducer operations. The RFP is pivotal for the advancement of cutting-edge quantum technology applications.
    Attachment 1 - Specifications Draft.pdf
    The federal government is seeking proposals for a cryogenic nanopositioner to enhance the Quantum Networking and Transduction project at the Communications Technology Laboratory. The nanopositioner is required to operate within a dilution refrigerator at temperatures of 30 mK or below and must allow for remote operation via an external electrical system controlled by software. The key specifications include a tip/tilt range of at least 3 degrees, angular stability of 0.01 degrees, and compatibility with standard optical components. The device should also feature angular resolution of 0.005 degrees or better. Additional requirements cover vacuum compatibility, delivery specifics, and optional training for user operation. The summary emphasizes the role of this technology in optimizing experiments by allowing precise laser beam adjustments, which is critical for the operation of the prototype microwave optical quantum transducer. This procurement is part of broader government efforts to advance quantum technology research.
    NB672030-25-02147 - Cryogenic Nanopositioner RFQ.pdf
    This document serves as a combined synopsis and solicitation for a Request for Quotation (RFQ) under solicitation number NB672030-25-02147, specifically soliciting a Cryogenic Nanopositioner. It outlines that available funds for this project are currently absent, and an award will only be made when funds are accessible. Primarily intended for suppliers, it demands submission of quotations on company letterhead by a specified deadline, accompanied by detailed technical capability descriptions and relevant experience examples not exceeding five pages. Quotes will be evaluated based on technical merit and pricing, assessing both technical approach and previous experience. The government emphasizes a firm fixed pricing structure and offers evaluation based on a trade-off method weighing both technical and pricing factors. The document includes essential provisions from the Federal Acquisition Regulation (FAR) and Commerce Acquisition Regulation (CAR), detailing terms for compliance, certifications, delivery conditions, and electronic invoicing requirements with a specified NIST address for delivery. Furthermore, it advises on operational status during different scenarios, ensuring contractors are aware of potential interruptions due to government operating conditions. Ultimately, this RFQ aims to secure a supplier capable of meeting defined government specifications within budget constraints while adhering to compliance regulations.
    Lifecycle
    Title
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    Solicitation - Cryogenic Nanopositioner
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    Combined Synopsis/Solicitation
    Sources Sought - Cryogenic Nanopositioner
    Sources Sought
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