UNSPSC 85875069: Plain radiography of right submandibular gland using low osmolar contrast

This classification denotes the group of activities that yields a imaging intervention or procedure to plain radiography of right submandibular gland 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 B9071ZZ

UNSPSC 85875069 Plain radiography of right submandibular gland using low osmolar contrast is a Commodity code that shows no relevant recent state and local procurement activity. The three opportunities posted in the source between July and October 2026 — a diagnostic imaging PACS system implementation at San Mateo Medical Center, special education contracted services at Birdville Independent School District, and a temporary health professional staffing pool at Santa Clara County Health System — do not align with the code's narrow clinical scope. The San Mateo PACS solicitation addresses enterprise imaging architecture and data migration rather than a specific radiographic procedure; the school district and health system solicitations cover contracted staffing and educational services entirely outside radiography or imaging technology. This code appears to reflect a highly specific medical imaging procedure classification that state and local procurement offices do not typically isolate as a distinct line item in open contracting.

No representative opportunities for plain radiography services or submandibular gland imaging procurement under this code are present in recent state and local solicitations. Jurisdictions soliciting diagnostic imaging services (as evidenced by the PACS procurement) tend to bundle procedure-level specifications into enterprise system implementations or staff-augmentation frameworks rather than procure individual radiographic procedures as distinct contract vehicles. This code is unlikely to be a productive pursuit target in state and local markets based on current activity signals.