Dual projector VAT photopolymerization 3D printer (2025-UWMSN-00953-RFB)

The University of Wisconsin-Madison is seeking bids for a Dual Projector Vat Photopolymerization 3D Printer through a competitive Request for Bid (RFB) process, with solicitation number 2025-UWMSN-00953-RFB. The procurement is specifically located in Dane County, Wisconsin, and targets a sophisticated 3D printing technology that appears to require advanced manufacturing capabilities. The bid opportunity was posted on March 17, 2025, with a response deadline of April 1, 2025, mandating that all bid submissions must be completed online through the SciQuest bidding platform at https://bids.sciquest.com/apps/Router/PublicEvent?CustomerOrg=UWisconsin. Potential bidders with technical questions are directed to contact Thomas English via email at thomas.english@wisc.edu. The procurement seeks a specific type of 3D printer with dual projector vat photopolymerization capabilities, suggesting a highly specialized equipment acquisition for advanced research or manufacturing purposes.

While specific set-aside designations or disadvantaged enterprise requirements are not explicitly detailed in the provided documentation, standard state procurement practices often include provisions for minority-owned, women-owned, or small business participation. The procurement appears to be an open competitive bid without apparent restrictive qualifications, potentially allowing various manufacturers and suppliers of advanced 3D printing technology to submit proposals. No incumbent vendor information or specific budget range is provided in the current solicitation details. The procurement is being conducted by the University of Wisconsin-Madison, indicating this is likely an equipment acquisition for research, educational, or specialized manufacturing purposes. Interested vendors should carefully review the full solicitation details on the SciQuest platform and ensure compliance with all submission requirements and technical specifications for the dual projector vat photopolymerization 3D printer.