In a milestone move intended to increase campus safety and lower operational costs, safety officials at UConn Storrs and UConn Health recently coordinated the removal of four cesium-sourced irradiators used for research and medical purposes made possible through the Cesium Irradiator Replacement Project (CIRP), a voluntary initiative of the U.S. Department of Energy (DOE) offering financial incentives to medical and research institutions willing to replace cesium-137 irradiators with new x-ray-based devices.

As part of the program, a Precision X-Ray, Inc. X-Rad 320 cabinet irradiator was installed, enabling researchers to continue their critical work with confidence and precision. As a safe and effective alternative to cesium-based irradiators, cabinet irradiators offer a streamlined solution for studies requiring irradiation. Among the many benefits are enhanced targeting precision and greater flexibility in experimental design—empowering researchers to push the boundaries of discovery.

We are proud to see our technology playing a vital role at such a prestigious institution. By providing reliable, cutting-edge solutions like the X-Rad 320, Precision X-Ray, Inc. supports researchers in driving innovation and accelerating breakthroughs in preclinical imaging and radiation studies.

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For more information on the Cesium Irradiator replacement Program (CIRP) or Precision X-Ray, Inc. products and services, contact sales@pxinc.com