UNSPSC 85722047: Removal of infusion device from right metatarsal-tarsal joint, percutaneous approach

This classification denotes the group of activities that yields a surgical intervention or procedure to removal of infusion device from right metatarsal-tarsal joint, percutaneous approach. This surgical intervention or procedure is listed in the World Health Organization's International Statistical Classification of Diseases and Related Health Problems or ICD-10 as code 0SPK33Z

UNSPSC 85722047 Removal of infusion device from right metatarsal-tarsal joint, percutaneous approach is a Commodity code that carries a clinical medical procedure descriptor but shows no alignment with actual state and local procurement activity. The recent opportunities in the dataset assigned to this code instead reflect broader healthcare administration and staffing needs—disability medical evaluations, pharmacy benefit management, occupational medical surveillance, surgery carve-out benefits, youth detention medical services, and temporary health professional staffing—none of which involve orthopedic device removal or invasive procedures on the metatarsal-tarsal joint. The UNSPSC coding appears to be a data classification artifact rather than a genuine match to the work being solicited.

State and local issuers treating this code include county health systems (Santa Clara County), municipal retirement boards (City of Phoenix), state transportation departments (Washington State Department of Transportation), county human resources divisions (Collier County), municipalities (City of Long Beach), and county juvenile justice agencies (Harris County). The geographic spread spans Arizona, California, Florida, and Washington. No recent opportunity under this code actually addresses device removal or podiatric orthopedic surgery; the assignments reflect miscoding or system misclassification. Firms evaluating this code should verify coding accuracy with issuing bodies before pursuing, as the nominal commodity definition does not correspond to current state and local demand signals.