Purchase and Installation of a 2 story Lift

The Town of Leicester is seeking competitive quotes for the purchase and installation of a two-story lift located in the Borger Building at 9 Washburn Square in Leicester, Massachusetts. This procurement opportunity, identified by the contract ID 6864b4f97be29e25ec0a5a4e, is specifically focused on acquiring a comprehensive lift system with full delivery and installation services. The project requires a qualified contractor to provide all necessary equipment for the lift's installation, with strict requirements to maintain a clean and orderly work site, including daily debris removal. The contract opportunity was posted on July 2, 2025, with proposals due by July 17, 2025, which provides potential bidders approximately two weeks to prepare and submit their quotes. The primary deliverable is a functional two-story lift to be installed in the main lobby of the Borger Building, with the expectation that the selected contractor will handle all aspects of procurement, transportation, and installation.

While no specific set-aside designations or disadvantaged enterprise requirements are explicitly mentioned in the documentation, the contract appears to be open to qualified contractors capable of meeting the technical specifications and installation requirements. The procurement is situated within Worcester County, Massachusetts, with a state contract opportunity ID of 65a95d78d947088ac30981f7. No information is provided about incumbent vendors or existing infrastructure that might require integration. Similarly, no specific budget range or award value is disclosed in the available documentation. Interested contractors would need to demonstrate technical competence in lift installation, ability to work in a municipal building environment, and capability to complete the project within the specified timeframe. Potential bidders should carefully review the full solicitation documents and be prepared to provide comprehensive details about their proposed lift system and installation approach.