Stimulated Coherent Radiation Devices, Components, And Accessories

PSC Category 5860 encompasses stimulated coherent radiation devices, components, and accessories, which primarily include various types of laser systems, laser components, and related technologies. These devices span a wide range of applications, including scientific research, medical imaging, defense, industrial manufacturing, and precision measurement. The category covers laser sources across different wavelengths, power outputs, and operational modes, including continuous wave, pulsed, and tunable configurations.

The federal contract awards under this PSC category reveal a diverse set of laser and radiation-related procurements, predominantly by defense and research agencies. Key awards include contracts with manufacturers like IPG Photonics, Vexlum OY, Coherent NA, and Mirion Technologies, with contract values ranging from approximately $10,000 to over $2.1 million. The Naval Sea Systems Command, Department of the Army, and Department of Energy are frequent awarding agencies. Most awards are firm fixed-price purchase orders, often not set aside for small businesses, with performance locations primarily in military research facilities and laboratories across states like Virginia, Maryland, and Alabama.

The federal contract opportunities in this PSC category demonstrate continued interest in specialized laser and radiation detection technologies. Recent solicitations include requests for tunable single-frequency lasers with precise wavelength and power specifications, scientific laser systems for research applications, and radiation detection equipment. Agencies like the Naval Sea Systems Command, Department of the Army, and Environmental Protection Agency are seeking these technologies for purposes ranging from scientific research and military applications to environmental monitoring. Most opportunities are not set aside for small businesses and involve complex technical requirements, indicating a need for highly specialized equipment and expertise.