CUFF, SPHYGMOMANOMET

The contract solicitation SPE2DS-26-T-060U seeks the procurement of 6 boxes, each containing 20 disposable adult small blood pressure cuffs, for delivery to Cannon AFB, New Mexico, with a required delivery date 20 days after the delivery order is issued. The product is identified by NSN 6515-01-701-8621 and must comply with stringent technical and quality requirements specified in the DLA Master List of Technical and Quality Requirements, including RA001 for general specifications, RD003 for covered defense information, RP001 for packaging standards, and RQ011 for removal of government identifiers from non-accepted items. Packaging and labeling must conform to MIL-STD-2073-1E for packaging, MMS No. 1 for medical items (which supersedes MIL-STD-129 for medical acquisitions), and hazardous material labeling in accordance with OSHA’s Hazard Communication Standard. The offeror must ensure all items are properly preserved, palletized, and marked with barcodes, and must comply with all DFARS and FAR clauses incorporated into the solicitation, including requirements for cybersecurity assessment under NIST SP 800-171, employment eligibility verification, equal opportunity, combating human trafficking, and sustainable products. The contract type, while not explicitly stated, appears to be fixed-price based on the nature of the line item and invoicing method, which is strictly via Wide Area WorkFlow using electronic receiving reports and invoices. The place of performance and delivery is FOB destination, meaning the contractor assumes all costs and risks until delivery at the designated location. Offerors must be registered in SAM.gov, provide their UEI and CAGE code if applicable, and certify their small business status for potential socioeconomic set-asides including SDVOSB, WOSB, HUBZone, or 8(a). All submissions must be made electronically through the DIBBS portal by the deadline of May 18, 2026, and no paper bids are permitted. The award will be made based on technical acceptability and price, with a likely lowest price technically acceptable methodology, contingent upon complete compliance with all mandatory requirements and certifications.