DMC 3000 personal electronic dosimeters

The state of Idaho is seeking to procure 30 DMC 3000 Personal Electronic Dosimeters through a competitive solicitation process. This procurement appears to be focused on acquiring specialized radiation measurement equipment, likely for use by state agencies or departments that require precise personal radiation exposure monitoring. The dosimeters are sophisticated electronic devices designed to track and record individual radiation exposure levels in professional settings such as nuclear facilities, medical research, or emergency response environments. The contract opportunity was posted on September 8, 2025, with proposals due by September 19, 2025, indicating a relatively short procurement timeline of approximately 11 days. Potential vendors must carefully review the technical specifications of the DMC 3000 dosimeters and ensure their proposed equipment meets the state's exact requirements for functionality, accuracy, and performance standards. Interested suppliers should be prepared to provide detailed documentation demonstrating the technical capabilities, calibration specifications, and compliance certifications of their proposed dosimeter units.

While specific set-aside designations are not explicitly detailed in the provided information, vendors should anticipate potential preferences for local or small business participation common in state procurement processes. The procurement suggests a targeted acquisition for a specific technological need, which may limit the pool of qualified vendors to those with specialized radiation detection equipment manufacturing capabilities. The quantity of 30 units indicates a meaningful investment in radiation monitoring technology, potentially representing a contract value in the range of $30,000 to $150,000 depending on the unit pricing of advanced electronic dosimeters. Potential respondents should be prepared to demonstrate extensive experience in radiation detection technology, provide comprehensive warranty and support documentation, and potentially offer integration capabilities with existing radiation monitoring infrastructure. Vendors should also be prepared to provide comprehensive technical support, calibration services, and potential training resources for the deployed dosimeter units.