Heat sealer

The Defense Logistics Agency Land and Maritime is procuring specialized heat sealing equipment through solicitation SPMYM4-25-Q-0601, specifically seeking a Miller Weldmaster T300 Curve Gen 2 heat sealer and associated components for manufacturing high-temperature radiological containments made from polyurethane film. The procurement is being conducted to replace current heat sealers at Pearl Harbor Naval Shipyard that cannot effectively seal the new polyurethane film material without causing loss of detrimental material cleanliness issues. Offerors must submit their quotes via email to Contracting Officer Wongduean Guajardo by June 26, 2025, and must be registered in the System for Award Management while providing detailed supply chain traceability documentation. The award will be made using the Lowest Priced Technically Acceptable methodology, with evaluation factors including technical capability, estimated time of delivery, and price. All questions regarding the solicitation must be submitted electronically to the contracting officer by the specified deadline.

This procurement is designated as a total small business set-aside under NAICS code 333993 for Packaging Machinery Manufacturing, with Miller identified as the sole responsible source manufacturer in the accompanying justification documentation. The requirement includes one complete heat sealer system with four arm positions and 18 active seam types, multiple bundle configurations, a 120V Elite Air Kit for welding repairs, plus training and installation services. Delivery is required by August 1, 2025, to DLA Distribution at Joint Base Pearl Harbor-Hickam, Hawaii, under a firm-fixed price contract structure. The procurement falls under the simplified acquisition threshold and represents a specialized acquisition for the Navy's Pearl Harbor Naval Shipyard and Intermediate Maintenance Facility to support their radiological containment manufacturing capabilities. The solicitation emphasizes the critical nature of the equipment's ability to handle high-temperature materials without compromising the integrity of the radiological containments being produced.