NIGP 49535: Cabinets and Cases, Storage (for Slides and Specimens)

NIGP 49535 Cabinets and Cases, Storage (For Slides and Specimens), an Item code, represents procurement of laboratory storage and handling equipment used by state forensic and research agencies to support DNA analysis, sample processing, and specimen preservation in crime laboratories. State and local governments buy under this code the specialized implements, liquid handling systems, and related equipment necessary to maintain validated forensic workflows — specifically, compatible instrumentation ecosystems that lock agencies into incumbent vendors after years of platform standardization and regulatory certification. The Florida Department of Law Enforcement (FDLE) has dominated recent activity under this code, issuing two major single-source procurement notices within a month for forensic laboratory equipment and related services spanning the state's Regional Operations Centers.

FDLE posted two statutorily mandated fifteen-business-day advertisements of intended single-source purchases in spring 2026: Solicitation SS15912 on May 11, 2026 (due June 2, 2026) for Qiagen implements and equipment including QIAsymphony and QIAgility liquid handling systems valued at $1,850,000 for the one-year contract period July 1, 2026 through June 30, 2027; and Solicitation SS15823 on April 29, 2026 (due May 20, 2026) for Life Technologies Corporation (ThermoFisher Scientific) implements, software, and equipment maintenance including chemical reagents, consumables, and PCR-based DNA analysis supplies valued at $8,000,000 for the same contract period. Both procurements are noncompetitive — they are public notices rather than requests for bid or proposal — justified by FDLE's long-standing validation of proprietary equipment platforms (QIAGEN systems operational since November 2011; Life Technologies equipment standardized since 2006) and the exclusivity of vendor supply chains. Geographic activity concentrates in Florida, with no recent opportunities from other states reflected in the source material.