MRI SYRINGE AND LARGE VOLUME PUMP SYSTEM (ShopUW+ Event Number 2023-UWMSN-00104-RFB)

The University of Wisconsin-CAMPUS is soliciting competitive bids for an MRI SYRINGE AND LARGE VOLUME PUMP SYSTEM through a formal request for bid (RFB) process, identified by ShopUW+ Event Number 2023-UWMSN-00104-RFB. The procurement is specifically targeting medical imaging equipment, with a precise focus on advanced syringe and pump technology compatible with magnetic resonance imaging (MRI) environments. Interested vendors must submit their electronic responses exclusively through the online bidding platform at https://bids.sciquest.com/apps/Router/PublicEvent?CustomerOrg=UWisconsin, with all submissions required by January 13, 2023. The procurement timeline indicates the solicitation was initially posted on December 29, 2022, providing potential bidders approximately two weeks to prepare and submit their proposals. Any questions regarding the bid must be directed exclusively to Eric Thompson via email at ejthompson2@wisc.edu, ensuring a structured and controlled communication channel for potential vendors.

While specific set-aside designations or disadvantaged enterprise requirements are not explicitly detailed in the provided documentation, the procurement appears to be an open competitive bid accessible to qualified medical equipment suppliers. The procurement appears focused on acquiring specialized medical technology, suggesting potential vendors will need demonstrated expertise in MRI-compatible pump and syringe systems. No incumbent vendor information or specific budget ranges were disclosed in the original solicitation. The procurement is being conducted by the University of Wisconsin system, indicating this is an institutional-level acquisition potentially serving research, medical, or academic departments. Potential bidders should anticipate providing comprehensive technical specifications, product performance documentation, pricing structures, and evidence of previous successful deployments in similar medical imaging environments.