UNSPSC 85692952: Reposition right radius, external approach

This classification denotes the group of activities that yields a surgical intervention or procedure to reposition right radius, external 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 0PSHXZZ

UNSPSC 85692952 Reposition right radius, external approach is a Commodity code with minimal recent state and local solicitation activity aligned to its clinical orthopedic procedure scope. The most recent opportunities tagged to this code do not reflect orthopedic repositioning work; instead, they span inmate healthcare delivery, pharmacy benefit management, virtual primary and urgent care services, peer support for behavioral health workers, and emergency medical services medical direction. The mismatch suggests either miscoding at the point of solicitation or that this Commodity code sees little active procurement demand in the state and local market. None of the recent postings describe orthopedic surgical procedures, imaging, rehabilitation services, or related clinical interventions that would align with the code's nominal taxonomy.

Recent state and local activity under this code includes an RFP from Columbus Consolidated Government (Muscogee County Prison medical and pharmacy services, due May 15, 2026), Collier County Board of County Commissioners (pharmacy benefit management services covering 4,800 members, due April 9, 2026), Monroe County Board of County Commissioners (virtual primary and urgent care services, due April 16, 2026), San Mateo County Health Behavioral Health and Recovery Services (mental health peer support pilot, due July 2, 2025), and Santa Monica Fire Department (EMS medical director services, due October 16, 2025). The geographic spread across Georgia, Florida, and California reflects scattered activity rather than concentrated procurement in any single region. No repeat buyers or established issuing-body patterns emerge from the recent record.