Somso AS6 Human Torso Models for Anatomy & Physiology Instruction

Dutchess Community College in Poughkeepsie, New York, is seeking to procure six Somso AS6 human torso anatomical models through a Request for Bid (RFB-DCC-09-2025) for use in anatomy and physiology instruction. The procurement requires life-sized anatomical models approximately 85-90 cm tall, hand-painted, and scientifically precise, featuring removable internal organs and over 370 labeled anatomical landmarks. Specific model requirements include interchangeable male and female genital inserts and a 10-part dissectible head. The bid specifies a minimum five-year warranty against manufacturing defects, with replacement parts guaranteed for at least ten years. Bids are due by 3:00 PM on November 18, 2025, and will be publicly opened in Bowne Hall, Room 205. The award will be made to the lowest responsive and responsible bidder whose product meets or exceeds the technical specifications, with the college reserving the right to reject any non-compliant bid. All shipping and handling costs must be included in the bid price, with delivery to be made to the college's main campus at 53 Pendell Road, Poughkeepsie, NY.

The procurement is subject to New York State, SUNY, and campus procurement standards, with no specific set-aside designations or restrictions on participating vendors mentioned in the documentation. The bid does not indicate any incumbent vendors or require integration with existing infrastructure or technology. While no specific budget range is explicitly stated, the procurement is for six anatomical models with comprehensive technical specifications. The bid documents suggest the college is seeking high-quality, durable educational materials that meet rigorous scientific and instructional standards. The procurement process appears to be open to any vendor capable of meeting the detailed technical requirements for the anatomical models, with the primary evaluation criteria focused on compliance with specifications, pricing, and overall educational utility of the models.