From start up to decommissioning, CANBERRA is the leading provider of nuclear measurement solutions for fuel cycle customers.

CANBERRA's solutions address the complex measurement problems encountered within the fuel cycle, such as measurement of depleted to highly enriched uranium, plutonium, actinides and transuranic wastes. The technologies employed to detect and quantify these radioisotopes must not only offer exceptional reliability, but do so in challenging operating environments. CANBERRA radiation measurement systems are integral to nuclear facilities whose business is the front end of the fuel cycle: mining, milling, enrichment, and fabrication of uranium fuel assemblies. At the backend of the fuel cycle, CANBERRA systems monitor radioactive waste by-products and mixed-oxide fuels. Every step of the way, CANBERRA systems help to satisfy the rigorous standards for ensuring employee safety, environmental conservation, and security.

In partnership with its customers, CANBERRA has developed advanced detection technologies for a wide range of applications. Intrinsic properties of the detectors are then enabled for use by advanced electronics and powerful software that communicates with the instruments. The company not only develops the most advanced and reliable nuclear measurement instrumentation for its customers, but also supplies the services, training and maintenance necessary to ensure long-term success.

In the pages within this catalog, a selection of measurement solutions of interest to fuel cycle customers will be described in summary fashion. Detailed technical literature is readily available online or upon request from your local sales office. CANBERRA is committed to addressing the needs of its customers through continuous innovation and modernization of product and service offerings. As a result, products and services may be enhanced or changed over time to better serve you. CANBERRA is at your disposal to discuss the needs of your facility and the full range of solutions available to satisfy your nuclear measurement requirements.