UNSPSC 42201727: Acoustic holography imaging systems

In this classification, this commodity indicates a system consisting of products, consumables and accessories that are used to execute a n acoustic holography imaging procedure in a medical setting. Most nations, for tariff and trade purposes, schedule these products under HS 901890.

UNSPSC 42201727 Acoustic holography imaging systems (Commodity) shows minimal relevant recent activity in state and local procurement. The three opportunities posted under this code between June and August 2026 involve occupational medical surveillance services, veterinary ultrasound equipment, and point-of-care ultrasound devices for healthcare delivery—none of which align with acoustic holography imaging, a specialized diagnostic technology for non-destructive testing and fault detection. The Washington State Department of Transportation's Washington State Ferries sought occupational medical surveillance services (RFP20260825, due October 9, 2026), Central Texas Community Health Centers requested point-of-care ultrasound equipment (RFP202605001, due June 11, 2026), and the University of Wisconsin-Madison requested veterinary ultrasound units (RFB 2027-UWMSN-01412, due July 30, 2026). None of these solicitations describe acoustic holography applications or capabilities, suggesting the code has been misapplied to medical ultrasound procurement.

The geographic spread includes Washington, Texas, and Wisconsin, but the mismatch between the code's nominal scope and the actual work being solicited indicates that state and local procurement agencies are not currently purchasing acoustic holography imaging systems under this classification. Business development professionals should verify whether opportunities tagged to this code represent genuine demand for acoustic holography technology or reflect systematic miscoding by issuing bodies. No recent opportunities targeting acoustic holography imaging systems for infrastructure inspection, materials testing, or other non-destructive evaluation applications appear in the source material.