Purchase a new broadband, mid-infrared supercontinuum laser light source for measuring the spectral response of solution-processed, lead-chalcogenide, colloidal quantum dots.
ID: N00173-24-Q-1301179439Type: Combined Synopsis/Solicitation
Overview

Buyer

DEPT OF DEFENSEDEPT OF THE NAVYNAVAL RESEARCH LABORATORYWASHINGTON, DC, 20375-5328, USA

NAICS

Analytical Laboratory Instrument Manufacturing (334516)

PSC

LABORATORY EQUIPMENT AND SUPPLIES (6640)

Original Source

https://sam.gov/opp/0b8ebe61369d45bd866f1b0c9209b86c/view
Timeline
    Description

    The Department of Defense, through the Naval Research Laboratory, is seeking quotations for the purchase of a new broadband, mid-infrared supercontinuum laser light source designed for measuring the spectral response of solution-processed, lead-chalcogenide, colloidal quantum dots. The procurement requires compliance with specific technical specifications, including a spectral bandwidth of 900 to 4100 nm and a total average power exceeding 800 mW, along with mandatory cardboard packaging for secure transport. This equipment is crucial for advanced analytical applications in laboratory settings, and interested vendors must submit their quotes, including documentation of their authorized distributor status, to James Buie at james.buie@nrl.navy.mil by the specified deadline. The estimated delivery date for the equipment is December 15, 2024.

    Point(s) of Contact
    James Buie
    (202) 923-1553
    james.buie@nrl.navy.mil
    Files
    Title
    Posted
    C6 Inquiry of Availability.docx
    The document is an inquiry of availability for specific items related to a federal Request for Proposals (RFP). It outlines two main line items: the "ELECTRO MIR 4.1," a mid-infrared supercontinuum laser, and mandatory cardboard packaging for its shipment. The laser specifications include a spectral bandwidth of 900 to 4100 nm, total average power over 800 mW, and various technical parameters such as seed pulse width and power stability. It is designed for benchtop use with front panel control and USB connectivity. The second item involves specific cardboard packaging requirements, ensuring safe transport with dimensions and weight provided. These packaging details are crucial for the secure delivery of high-power white light supercontinuum equipment. The document emphasizes compliance with shipping regulations and specifications essential for maintaining equipment integrity during transit, reflecting the meticulous standards typically outlined in federal and local grant and RFP processes. Overall, this inquiry serves the dual purpose of assessing product availability and ensuring adherence to necessary shipping protocols.
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