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Provides a method for quantifying dose variation across an irradiation field, supporting accurate and reproducible experimental setup. By characterising dose distribution, it enables optimised specimen placement and more effective protocol planning for consistent research outcomes.
Enables users to define an exact dose (cGy) for delivery, with automatic termination of exposure once the target dose is reached. Dose monitoring is supported via a parallel plate transmission chamber, allowing measurement of both dose rate and cumulative dose for filtered beams.
Allows users to define source-to-shelf distance (SSD) and specimen offset as programmable presets, controlled via the TouchRAD interface. This enables precise, repeatable setup configurations to support consistent experimental workflows.
The dynamic, variable collimator uses four motorised leaf beam blockers in the X and Y directions, enabling users to define precise rectangular or square exposure fields. This supports flexible beam shaping for targeted irradiation applications.
Fixed Collimators provide defined and consistent beam coverage, ensuring stable field geometry for reproducible irradiation setups.
Add in optimizing dose delivery by removing low-energy x-rays that are easily absorbed by the surface of the material or specimen and often do not contribute to the desired result.
The external dosimeter enables internal dose readings using either water or air-based measurements, supporting accurate system calibration and verification. Designed to simplify setup and improve workflow efficiency, this multi-functional set supports reliable internal dosimetry calibration across applications.
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