UNSPSC 85761911: Insertion of infusion device into pericardial cavity, open approach

This classification denotes the group of activities that yields a surgical intervention or procedure to insertion of infusion device into pericardial cavity, open 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 0WHD03Z

UNSPSC 85761911 Insertion of infusion device into pericardial cavity, open approach is a Commodity code that shows no relevant recent activity in state and local procurement. The six opportunities posted between July and September 2026 — spanning independent medical evaluation services, surgical benefit carve-outs, occupational medical surveillance, specialty and emergency medical services for detained youth, pharmacy benefit management, and temporary health professional staffing — do not involve pericardial infusion procedures or related interventional cardiology. The code appears to describe a specific surgical procedure classification that state and local procurement offices do not tag to their solicitations; the opportunities themselves address administrative medical services, managed care arrangements, occupational health compliance, and staffing coordination rather than any form of device insertion or procedural intervention.

State and local government uses of this code, if any, likely would appear in contracts with hospital systems or specialty surgical centers rather than in publicly posted RFPs or RFQs. The absence of relevant opportunities in the recent block suggests either minimal procurement activity under this code in the state and local market, or a fundamental misalignment between the UNSPSC code's clinical procedure designation and the way procurement offices categorize medical services contracts. Firms pursuing device-related business in this space would benefit from monitoring hospital system solicitations directly rather than relying on this code's state and local activity signals.