UNSPSC 85302100: Diagnoses of disorders of the tympanic membrane

This classification denotes the group of activities that yields a diagnosis of disorders of the tympanic membrane

UNSPSC 85302100 Diagnoses of disorders of the tympanic membrane, a Class code, shows minimal alignment between its nominal scope and recent state and local procurement activity. The code's name suggests clinical diagnostic services for ear-membrane disorders, yet the three recent opportunities posted under it cover diagnostic imaging PACS (Picture Archiving and Communication System) implementation, special education contracted services spanning multiple disciplines including speech language therapy and audiometry, and temporary health professional staffing across ancillary clinical categories. Only the audiology and speech language therapy components within the special education and health system staffing solicitations touch on tympanic-membrane-related diagnosis; the imaging system procurement and broader staffing qualifications are unrelated to the code's stated purpose.

The issuing bodies reflect county health systems and school districts: San Mateo Medical Center (a county hospital and clinic system in California), Birdville Independent School District in northeast Tarrant County, Texas, and the County of Santa Clara Health System in California. Recent activity clusters in California and Texas. The San Mateo Medical Center RFP closed October 21, 2026, seeking PACS implementation with EPIC integration supporting 65,000 annual radiology studies and 8,000 mammography interpretations; Birdville ISD issued a competitive sealed proposal on September 18, 2026 for special education contracted services across 23 line items (cost-price analysis $398,494.30 for the 2025–2026 fiscal year baseline); and Santa Clara Health System posted a multiple-award qualification vehicle on July 7, 2026 for temporary ancillary health professional staffing with no guaranteed work. The code shows little relevant recent activity for its stated purpose; misclassification appears likely across all three opportunities.