UNSPSC 41151605: Discrete photometric chemistry analyzer for clinical use

In this classification a discrete photometric chemistry analyzer for clinical use is a device intended to duplicate manual analytical procedures by performing automatically various steps such as pipetting, preparing filtrates, heating, and measuring color intensity. This device is intended for use in conjunction with certain materials to measure a variety of analytes US FDA regulates Discrete photometric chemistry analyzer for clinical use under 21 CFR 862.2160 and under FDA product code JJE.

UNSPSC 41151605 Discrete photometric chemistry analyzer for clinical use is a Commodity code that encompasses laboratory analytical instruments used in clinical and research settings for sample analysis, though recent state and local opportunities tagged under this code show minimal relevance to the nominal scope. The opportunities in the dataset span higher-education institutions, county health and safety departments, and municipal procurement offices, with Mississippi State University appearing as a repeat buyer across multiple sole-source lab equipment procurements. Geographic activity includes Mississippi, Texas, Oregon, Michigan, Florida, Georgia, Wisconsin, and Illinois. Recent opportunities nominally tagged under the code include bacteriological water sample testing reagents (Texas HHSC/DSHS, July 2026, RFQ for COLILERT reagent and water bottles with July 15 due date), analysis of groundwater infiltration equipment (University of Mississippi, June 2026, sole-source infiltrometer), gas chromatography systems (Michigan EGLE and Broward County Florida, June–May 2026, nitrogen generator and GC-FID maintenance), mass spectrometry systems (Brazoria County Texas and multiple state/local labs, May–April 2026, LC-QQQ and related analytical platforms), and cyanide analysis systems (Michigan EGLE, May 2026, FIALYZER analyzer). Most tagged opportunities, however, address specialized laboratory equipment—motion-capture systems, rheometers, DMA analyzers, surface-energy analyzers, and dust collection—that fall outside the discrete photometric chemistry analyzer category. The code shows significant misdirectment in state and local tagging practices, with many solicitations tagged under this Commodity appearing to represent broader analytical instrumentation rather than photometric chemistry analysis specifically.

The activity pattern reflects state higher-education research procurement and environmental/public health laboratory operations, with sole-source designations predominating across Mississippi State University, University of Southern Mississippi, and state environmental agencies. Response deadlines cluster in May through July 2026. Set-asides and preferences are rare; procurement offices emphasize technical compatibility with existing infrastructure and equipment integration. No recent opportunities show competitive, open bidding under this code for discrete photometric chemistry analyzers as instruments—instead, the dataset captures a fragmented mix of analytical equipment across unrelated scientific disciplines. This mismatch signals either aggressive code assignment by procurement offices or a fundamental gap between the code's definition and actual buying patterns in laboratory instrumentation procurement.