Mid IR Laser System for Probing Combustion Intermediates in a Shock Tube

The University of Central Florida (UCF) Procurement Services Department is soliciting bids for a Mid IR Laser System designed for probing combustion intermediates in a shock tube through Invitation to Bid (ITB) No. 2024-14TC. The procurement targets a sophisticated broadband laser system with specific technical requirements, including a 3-5 micron spectral range, integrated power output exceeding 100 mW in the 3-4 micron range, a spectral width greater than 250 cm-1 when centered at 3150 cm-1, and a repetition rate of 100 MHz or higher. The system is intended for multidisciplinary applications across defense, aerospace, power generation, transportation, and fundamental scientific research. Bids are due electronically through the Bonfire Web Portal on May 9, 2025, at 2:00 PM EST, with a bid opening scheduled via a Zoom meeting. Prospective vendors must submit questions by April 30, 2025, at 5:00 PM EST. The successful bidder will be required to provide on-site installation and training, and the system must include a minimum 24-month warranty. Award will be made to the lowest responsive and responsible bidder meeting all specified technical and operational requirements.

The solicitation does not specify explicit set-aside designations or restrictions for specific enterprise types. Bidders must demonstrate compliance with state and federal regulations, including providing proof of good standing, completing background checks, and adhering to E-Verify requirements. While no specific budget range is disclosed, the procurement is structured on an all-or-none basis. The contract will commence on the date of the last signature and expire at the conclusion of the warranty period, with UCF retaining the option to place additional orders within 180 days after contract expiration. No incumbent vendors are mentioned in the documentation, and no specific integration requirements with existing infrastructure are outlined. The procurement appears to be a standalone acquisition for a highly specialized scientific instrument, targeting research and development capabilities across multiple technological sectors.