Indefinite Delivery Contract 36C24226D0039

Landauer, Inc. (UEI: NNRCNN4VW7S7) has been awarded a single-award indefinite delivery contract by Veterans Integrated Service Network 2, a civilian agency within the Department of Veterans Affairs, to supply radiation safety dosimetry badges and related services to the New York Harbor Healthcare System. The contract, with a ceiling value of $177,185.88, extends through March 29, 2031, with an award date of April 1, 2026. The procurement encompasses three primary categories of radiation dosimetry products: whole body dosimeters (Luxel+ and InLight brands or equivalents), ring dosimeters for extremity monitoring (Saturn Ring or equivalents), and neutron dosimeters (Neutrak or equivalents), to be distributed between Brooklyn VA Medical Center and Margaret Cochran Corbin Veterans Affairs Medical Center in Manhattan. Landauer qualifies as a prime contractor through its current personnel dosimetry accreditation from the National Voluntary Laboratory Accreditation Program of the National Institute of Standards and Technology, meeting the critical qualification requirement established by the Veterans Health Administration.

Beyond badge supply, the contract requires comprehensive ancillary services including annual forms processing (410 forms), exposure reporting (344 reports), emergency processing capabilities, handling of late or unreturned badges (400 annually), termination processing (80 annually), and setup services (80 annually). Annual badge quantities across the performance period include approximately 2,060 P1 whole body badges, 844 U1 whole body badges, and 531 J1 neutron badges for monthly wearers, with additional quarterly badge requirements totaling 856 P1 and 126 U1 units distributed proportionally between the two medical facilities. The contract structure consists of five one-year ordering periods commencing May 1, 2026, and concluding April 30, 2031, with consistent quantity and service requirements throughout, enabling the VA to issue task orders on an as-needed basis to support occupational radiation safety compliance and personnel monitoring at these healthcare facilities.