ACQUISITION OF REFURBISHED GE OEC ELITE SUPER C-ARM ESP with CFD31

Community College of Baltimore County (CCBC) is seeking to procure a refurbished, energized GE OEC Elite Super C-Arm ESP with CFD31 for its Radiography Program through a state and local contract opportunity. This specific medical imaging equipment procurement is designed to enhance the educational capabilities of the radiography department by acquiring a high-quality, pre-owned medical imaging system. The contract opportunity was posted on August 28, 2025, with proposals due by September 26, 2025, indicating a 29-day solicitation period for potential vendors. The procurement appears to require vendors to provide not only the equipment but also potential installation services, suggesting a comprehensive solution is desired. While specific evaluation criteria are not explicitly detailed in the provided information, typical medical equipment procurement processes often include assessments of equipment condition, technological specifications, vendor reliability, warranty terms, and overall value proposition.

The contract opportunity does not specify explicit set-aside designations or restrictions on vendor participation, though Maryland state procurement typically encourages participation from diverse businesses, including minority-owned and small businesses. No incumbent vendors or current contractors are identified in the available information. The procurement appears focused on a single piece of specialized medical imaging equipment for educational purposes, which suggests a potentially moderate-value contract. The specific budget range is not disclosed, but medical imaging equipment like a refurbished C-Arm can typically range from $50,000 to $250,000 depending on condition, specifications, and included services. Vendors responding to this opportunity will likely need to demonstrate expertise in medical imaging equipment, specifically GE OEC Elite Super C-Arm systems, and provide comprehensive documentation of the equipment's current condition, functionality, and potential for integration into an educational radiography program.