Damavan Imaging products

Temporal Imaging is a new concept for gamma ray imaging that uses both light and time distribution of each scintillation event to localize precisely each scintillation event in space (X,Y,Z), time (T) and energy (E).

Temporal Imaging is a new concept for gamma ray imaging that uses both light and time distribution of each scintillation event to localize precisely each scintillation event in space (X,Y,Z), time (T) and energy (E).

The CeBr3 detector by Damavan Imaging, incorporating Fluoral technology, represents a significant development in the field of radiation imaging. This windowless detector utilizes a digital Silicon Photomultiplier (Si-PM) for read-out, enhancing both energy and time resolution. Its design allows for customization with air cooling systems to suit specific operational requirements. The detector's architecture is well-suited for precise imaging of ionizing radiation, making it a valuable tool in various applications requiring accurate radiation measurements. Its ability to achieve high resolution without the need for a window reduces potential interference and increases measurement accuracy, thereby enhancing its utility in settings demanding precise temporal imaging of radiation phenomena.

The Temporal Delta Compton V3 Drone offered by Damavan Imaging is designed for capturing 3D images of gamma radiation, utilizing the innovative Temporal Imaging technology. This advanced system provides high-resolution imaging while in motion, allowing for comprehensive mapping and analysis of ionizing radiation environments. By integrating the latest advancements in Compton scattering techniques, the drone facilitates precise detection and reconstruction of radiation sources, making it ideal for applications in environmental monitoring, nuclear decommissioning, and security. The capability of real-time data acquisition and processing ensures timely and accurate assessments, supporting enhanced decision-making in critical scenarios. Durable and adaptable, it is engineered to operate effectively in various conditions, providing reliable data for technical professionals working in fields sensitive to radiation exposure.

Damavan Imaging has developed an advanced gamma imaging technology that offers 3D reconstruction capabilities through its precise angular resolution cameras. By utilizing at least three acquisitions, this system can effectively map gamma ray emissions in three dimensions. This technology is particularly beneficial for applications in nuclear waste optimization and nuclear dismantling, where accurate spatial imaging of radioactive sources is crucial. The system demonstrated its capability with a pair of radioactive sources, specifically 15 KBq of 22Na and 30 KBq of 137Cs, positioned 15 cm apart, observed from three different angles at a 50 cm distance. Such technological advancements represent a significant step forward in radiation imaging, providing enhanced detail and accuracy for technical applications in the nuclear industry.