UNSPSC 85871715: Fluoroscopy of right brachiocephalic-subclavian artery using low osmolar contrast

This classification denotes the group of activities that yields a imaging intervention or procedure to fluoroscopy of right brachiocephalic-subclavian artery using low osmolar contrast. This 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 B3111ZZ

UNSPSC 85871715 Fluoroscopy of right brachiocephalic-subclavian artery using low osmolar contrast is a Commodity code that appears in state and local procurement records with minimal recent activity directly aligned to its nominal scope. The code's technical specificity—naming a single diagnostic imaging procedure using a particular contrast medium—does not match the breadth of work actually being solicited under related codes by state and local health systems. The three most recent opportunities posted under or near this code involve diagnostic imaging infrastructure, special education clinical services, and temporary health professional staffing across ancillary specialties, none of which constitute the specific fluoroscopic procedure named in the code.

Recent activity shows San Mateo County's San Mateo Medical Center (SMMC) soliciting an RFP for enterprise-grade Diagnostic Imaging PACS implementation (due October 21, 2026), the County of Santa Clara Health System establishing a non-exclusive vendor pool for temporary health professional staffing including Diagnostic Imaging/Radiology Services (due October 7, 2026), and Birdville Independent School District (Texas) requesting sealed proposals for special education contracted services including speech language therapists and other clinical specialists (due October 21, 2026). The SMMC PACS solicitation is the only entry directly relevant to medical imaging; it calls for migration from an existing ScImage system, EPIC integration, support for 65,000 annual radiology studies plus cardiology and mammography workloads, and 99.9% system uptime with implementation within 9–12 months. No other recent opportunities under this code have been identified, indicating minimal procurement velocity for the specific fluoroscopic service line.