UNSPSC 85551529: Removal of nonautologous tissue substitute from left eye, via natural or artificial opening endoscopic

This classification denotes the group of activities that yields a surgical intervention or procedure to removal of nonautologous tissue substitute from left eye, via natural or artificial opening endoscopic. 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 08P18KZ

UNSPSC 85551529 Removal of nonautologous tissue substitute from left eye, via natural or artificial opening endoscopic is a Commodity code that does not reflect the work state and local governments are actually buying under this category. Recent state and local opportunities tagged to this code show no alignment with ophthalmologic tissue removal procedures; instead, issuing bodies are procuring independent medical evaluation services, occupational health surveillance, pharmacy benefit management, surgical carve-out networks, and temporary health professional staffing. The code appears to be a medical procedure classification that does not map to state and local procurement activity in the public record.

The source shows no recent state and local contract opportunities actually soliciting eye surgery or tissue removal services. Harris County Juvenile Probation Department's RFI for specialty medical services for youth in custody (posted August 24, 2026) and the Washington State Department of Transportation occupational medical surveillance RFP (posted August 25, 2026) involve clinical service delivery, but neither targets ophthalmic procedures. The geographic spread of recent activity under this code spans Arizona, California, Florida, Texas, and Washington, but the actual solicitations are in employee benefits administration, occupational health, and general hospital services procurement rather than specialized surgical procedures. This code does not generate material state and local procurement activity in the segments currently visible.