The document is a Request for Quotation (RFQ) from NASA for a 4K resolution digital microscope aimed at improving quality control inspections of silicon carbide integrated circuits and sensors in aerospace applications. The RFQ outlines critical specifications for the microscope, including a minimum warranty, compatibility with ISO 5 clean rooms, extensive magnification capabilities, and an integrated motorized XYZ stage. It specifies requirements for interested offerors, including submission deadlines, the necessity for SAM registration, and compliance with telecommunications regulations.
Quotations are due by September 16, 2024, and must adhere to various solicitation provisions and certifications relating to small business status, manufacturing location, and ethical practices, among others. Additionally, the document emphasizes that the procurement is set aside for small businesses, highlighting the commitment to supporting small enterprises within the federal contracting framework. Overall, the RFQ reflects NASA’s intent to procure advanced technology while ensuring compliance with federal regulations and supporting small business participation.
NASA Glenn Research Center's Smart Sensing and Electronics System branch requires a new 4K resolution digital microscope for quality control inspections during the fabrication of silicon carbide integrated circuits and sensors. The microscope must be ISO 5 clean room compatible, feature a magnification range of 5x to 6000x, and include both Brightfield and Darkfield lighting options. It should have a combination stage stand allowing for 360-degree rotation and 150-degree tilt, along with an integrated motorized XYZ stage capable of holding wafers up to 200 mm in diameter. Additionally, it should support XY stitching with high-resolution limits, operate with a separate Windows 10 or 11 PC (preferably with TPM2.0), and provide remote analysis software. The specifications also include a standard 110V input voltage. This procurement highlights NASA GRC's commitment to ensuring quality manufacturing processes in aerospace applications.