MISSION-CRITICAL INSPECTION
Compact laser-driven inspection delivering structural imaging and material evidence in one system.
Operators need to understand what is inside sealed, shielded, or hazardous objects — without opening, moving, destroying, or manually handling them.
Nuclear Waste
Legacy and sealed containers require defensible characterization before storage or disposal decisions.
Cargo Security
Dense or shielded cargo creates uncertainty, false alarms, and manual inspection burden.
Defense Components
Sealed munitions and energetic defense components require condition evidence without destructive sampling.
All core components of the LDRS technology have been validated in relevant laser-plasma environments. Radiography has been successfully recorded using laser-driven sources, while material identification has been verified through accelerator experiments and simulations.
High Penetration Power
Penetrates more than 500 mm of high-density shielding.
High Spatial Resolution
Up to 0.1 mm X-ray imaging for detecting concealed defects and objects.
Material Discrimination
Simultaneous identification of structure and substance in a single scan.
Compact Architecture
Containerized, modular design suitable for field deployment.
Automated Analysis
Algorithm-driven image fusion enables automated classification and reduces human interpretation errors.
Non-destructive inspection of sealed, heavily shielded waste containers to ensure regulatory compliance and enable long-term storage without costly repackaging.
Core Technology
LDRS technology integrates high-energy MeV X-rays and fast neutrons in one compact, laser-driven platform.
Learn More →Sourcelight is a Focused Energy company developing next-generation laser-driven radiation sources for mission-critical inspection challenges.
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