Artemis 320 was designed as the modern “workhorse” irradiator built for today’s research workflows. Unlike traditional systems with complex interfaces and limited database capability, Artemis 320 combines a highly intuitive touchscreen workflow with integrated AAPM compliant dosimetry, consistent dose delivery, and seamless data export. Researchers can set up and repeat experiments quickly, reduce training time for rotating lab personnel, and generate publication-ready irradiation reports that meet emerging reproducibility and CIRPER (replace for NIST) aligned guidelines. It also complements higher-end systems already in many labs, offering faster day-to-day throughput while improving consistency, traceability, and confidence in experimental results.

Yes. Artemis will accept custom beds, filters, and collimators created by the user. Each accessory can be profiled and saved within the system for future experiments. At the end of each treatment, the system will save each accessory used in the database for auditing, reporting, and accurate documentation for emerging publication requirements.

Yes. Artemis allows users to produce reports and export in standard formats, suitable for importing directly into an electronic laboratory notebook and to support emerging publication-ready data requirements.

The Department of Energy, through the Office of Radiological Security (ORS), implemented the Cesium Irradiator Replacement Project (CIRP) in 2014 to provide generous financial assistance for research sites to remove, purchase, and cover post-warranty support for up to 3 years to replace their Cesium irradiators with X-Ray technology. The program applies to all US sites and some international sites on a case-by-case basis. Please consult with Empyrean to discuss the process and contacts within the ORS.