UNSPSC 51334500: Antipsychotic cyclohexanes and dibenzocycloheptenes and dibenzoxazepines and indole alkaloids

This classification denotes Antipsychotic drugs made from or based in part on cyclohexanes, dibenzocycloheptenes, dibenzoxazepines, or indole alkaloids

UNSPSC 51334500, Antipsychotic cyclohexanes and dibenzocycloheptenes and dibenzoxazepines and indole alkaloids, is a Class code that in practice covers pharmaceutical procurement by state and local health agencies, though recent solicitation activity under this code shows a significant mismatch with its nominal scope. The single recent opportunity on file is Seminole County, Florida's IFB for naloxone and drug deactivation systems — products that fall outside the antipsychotic drug family the code describes. State and local governments tag health-related pharmaceutical and medical supply acquisitions under this code inconsistently, and the actual buying appears driven by community health initiatives and opioid-response programs rather than psychiatric medication procurement.

Seminole County, Florida represents the only recent issuing body with a posted opportunity under this code. The IFB60459723LAS, posted June 30, 2026, sought 1,900 units of naloxone and 800 safe drug deactivation systems annually with quarterly deliveries to the Seminole County Community Health Building in Sanford, Florida, on an IFB basis with a response deadline of July 26, 2023. Vendors were required to submit unit costs, maintain drug-free workplace and E-Verify compliance, carry workers' compensation and general liability insurance, and accept a three-month probationary termination clause. The contract structure included a two-year initial term with one-year renewal option and potential FEMA funding with attendant federal compliance requirements. The code shows minimal recent activity beyond this single solicitation, suggesting either low procurement volume under the antipsychotic classification or systematic miscoding of health-supply acquisitions within state and local procurement systems.