Heating Microscope Dilatometer
ID: AMDTCRQ2501966Type: 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)

Set Aside

No Set aside used (NONE)

Original Source

https://sam.gov/opp/20c0fe089dd34597894ed6d489ca9ece/view
Timeline
    Description

    The National Institute of Standards and Technology (NIST) is seeking to procure a heating microscope dilatometer to enhance its capabilities in measuring and validating processes in metals-based additive manufacturing. The primary objective is to acquire a fully operational heating microscope that can perform in-situ measurements during the sintering of metal binder jetting parts, including delivery, installation, and training for up to five personnel within a six-month lead time. This equipment is crucial for advancing measurement science standards in additive manufacturing, ensuring compliance with stringent technical specifications such as high-resolution imaging and precise temperature control. Interested vendors must submit their quotations by July 14, 2025, and can direct inquiries to Hunter Tjugum at hunter.tjugum@nist.gov or by phone at 303-497-3663.

    Point(s) of Contact
    Hunter Tjugum
    (303) 497-3663
    hunter.tjugum@nist.gov
    Files
    Title
    Posted
    AMND 1 - Q and A.pdf
    The document is an amendment to a Request for Proposals (RFP) for a Heating Microscope Dilatometer under Solicitation No. AMDTCRQ2501966, issued by NIST. It addresses various queries from potential bidders regarding technical requirements and submission procedures. Key clarifications include that the user is responsible for supplying the vacuum pump and inert gas backfilling equipment, and the heating microscope is expected to handle binder decomposition at around 350°C, accommodating sintering temperatures up to 1400°C. The solicitation specifies "FOB Destination" shipping terms only, and vendors can submit multiple proposals. The evaluation process is based on a Lowest-price, Technically-Acceptable (LPTA) methodology, focusing on meeting minimum technical specifications. Notably, a Software Attestation form is required in submissions, with the absence of this form leading to disqualification. Overall, the document ensures clarity on specifications and requirements essential for potential suppliers.
    AMND 1 - Requirements_rvsd.pdf
    The National Institute of Standards and Technology (NIST) seeks to acquire a heating microscope dilatometer for its Production Systems Group, which focuses on measurement science in metals-based additive manufacturing. The goal is to facilitate in-situ measurements of shape changes during the sintering process for metal parts made via binder jetting. The contractor must deliver one functional heating microscope along with installation, training for up to five NIST personnel, and a one-year warranty. Key specifications include a camera with specific performance criteria, a high-temperature furnace capable of inert atmosphere, and specialized software for image analysis. Delivery must occur within five months after receipt of order, with all equipment and services included in a firm fixed price. The contractor is responsible for compliance with installation safety regulations and must adhere to NIST's security protocols for access to their campus. This RFP underscores NIST's commitment to enhancing additive manufacturing processes through improved measurement capabilities.
    Requirements.pdf
    The National Institute of Standards and Technology (NIST) seeks to procure a heating microscope dilatometer for its Production Systems Group engaged in measuring and validating processes in metals-based additive manufacturing. The primary objective is to acquire a new, fully operational heating microscope capable of in-situ measurements during the sintering of metal binder jetting parts. The contract includes delivery, installation, validation, and training for five NIST personnel, all specified within a six-month lead time. The equipment must meet stringent technical specifications, including a high-resolution camera, a furnace with precise temperature control, specialized software for data analysis, active thermal management, and accommodate specific sample dimensions. The delivery must be made to NIST’s Gaithersburg, MD location, and all installations must comply with established safety and security regulations. A warranty for at least one year post-installation and a payment schedule contingent upon successful acceptance testing are integral to the procurement process. This RFP exemplifies the commitment of NIST to enhance measurement science standards in additive manufacturing while ensuring rigorous compliance with federal procurement specifications.
    RFQ attachment - FAR provisions.docx
    The document provides a series of provisions related to federal contracting, focusing on representations and certifications that offerors must complete when submitting proposals. It outlines definitions of key terms like "predecessor," "successor," and "covered telecommunications equipment or services." The provisions require offerors to indicate their status regarding federal contracts in the previous three years, along with representations concerning the use of telecommunications equipment linked to security concerns as stipulated in the John S. McCain National Defense Authorization Act. Additional sections cover certifications related to delinquencies in federal tax liabilities, felony convictions, and the provision of domestic versus foreign end products under the Buy American Act. Together, these elements are crucial for ensuring offerors’ compliance with federal regulations and assessing their qualifications for receiving contracts. This framework aims to maintain accountability and integrity in federal procurement processes.
    Lifecycle
    Title
    Type
    Heating Microscope Dilatometer
    Currently viewing
    Combined Synopsis/Solicitation
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