Designed to safely contain insects during irradiation, SIT Insect Boxes support even specimen distribution to help ensure consistent exposure throughout the treatment cycle. This enables reliable sterilisation outcomes while maintaining insect quality and viability. Available in a range of sizes.
Designed to support consistent sample positioning for uniform dose distribution, helping ensure reliable and repeatable irradiation results. Available in 2-, 4-, or 8-position formats.
Provide secure and stable specimen positioning to support consistent irradiation setup and procedural control. Available in two sizes for left flank, right flank, dual flank, and no flank use cases.
Limit irradiation to targeted areas for controlled and localised exposure. Available for left flank, right flank, dual flank, no flank, abdomen, and cranial configurations.
Enable simultaneous irradiation of up to four mice while maintaining focused exposure on the region of interest. Each set includes fixtures for left flank, right flank, cranial, and thoracic positioning, with individual components also available.
Incorporates a Bite Bar and Nose Clamp assembly to support precise head positioning during irradiation. Both head and spine components can be removed to allow flexible configuration and positioning.
Designed for total body irradiation workflows, Pie Cages provide stable specimen positioning and straightforward setup without the need for anaesthesia. Available for both mouse and rat models, with a range of configuration options.
Designed to deliver highly focused beam geometries for precise, targeted irradiation applications.
Constructed from tissue-equivalent materials, this phantom provides a reliable solution for independent imaging quality assurance (QA) testing.
Ideal for routine quality assurance of image-guided irradiation systems, these phantoms are biologically inert, structurally stable, and accurately replicate the anatomy of live specimens for consistent performance verification.
The external dosimeter enables internal dose measurement through water or air-based readings, supporting straightforward calibration of the system’s internal dosimetry for improved accuracy and consistency.
Measurement of the relative dose via parallel plate transmission chamber allows measurement of both the dose rate and cumulative dose for filtered beams.
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