UNSPSC 41151620: Microtitrator for clinical use

In this classification a microtitrator for clinical use is a device intended for use in micronanalysis to measure the concentration of a substance by reacting it with a measure "micro" volume of a known standardized solution US FDA regulates Microtitrator for clinical use under 21 CFR 862.2680 and under FDA product code JRA.

UNSPSC 41151620 Microtitrator for clinical use is a Commodity code with minimal recent state and local procurement activity aligned to its nominal scope. The code's title references laboratory titration equipment for clinical diagnostics, yet the recent opportunities block shows no active solicitations for microtitratos or related clinical laboratory instruments. Instead, the tagged opportunities span disparate domains—sealed bids for timeclock equipment at Mississippi State University, hydrogen generator supplies at the City of Philadelphia, fire alarm components at Mississippi State, laboratory analytical instruments (spectrometers, chromatographs, mass spectrometers) at multiple state and county agencies, and specialized research equipment at universities nationwide—none of which align with clinical-use microtitratos as a product or service line. State and local procurement offices appear not to be buying microtitratos under this code at present, or the code has been misapplied to unrelated categories in recent postings.

The activity shown in the dataset spans university purchasing offices (Mississippi State University, University of Southern Mississippi, University of Wisconsin-Madison, Texas A&M System), county departments (Santa Clara County, Brazoria County, Gwinnett County, Broward County), state agencies (Oregon OSHA, Michigan EGLE, Texas HHSC, Mississippi Department of Finance and Administration), and city procurement divisions (Philadelphia, Albuquerque), with no identifiable repeat buyers focused on clinical microtitratos. Recent opportunities posted between March and July 2026 reflect capital equipment procurement—aerodynamic testing systems, analytical instrumentation for forensic and environmental labs, aquaculture systems, rheometers, and specialized research platforms—rather than consumable or routine clinical laboratory supplies. Geographic spread includes Mississippi, Oregon, Michigan, Texas, Wisconsin, Florida, and California, but without clustering around clinical procurement hubs. The code shows little relevant recent activity, and the apparent mismatch between the code's clinical-titration scope and the equipment actually being solicited suggests either category misclassification in source systems or dormancy in state and local procurement for this particular commodity line.