The World Leader In X-Ray Irradiation
From cells to small animals, the X-Rad320 delivers a precise radiation dose to specimens. The OptiMAX imaging module allows for quick changes between imaging modalities and precise co-registration of images.
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Options To Expand Your Research Potential
The research which is now possible with this machine, the
X-Rad320, has the potential to change cancer treatment
regimens, reduce side effects, and improve quality of life
PARP inhibitor radiosensitization enhances anti-PD-L1 immunotherapy through stabilizing chemokine mRNA in small cell lung cancer
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HSP90 inhibition suppresses tumor glycolytic flux to potentiate the therapeutic efficacy of radiotherapy for head and neck cancer
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Radiation upregulates macrophage TREM-1 expression to exacerbate injury in mice
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Comparison and calibration of dose delivered by 137Cs and X-ray irradiators in mice
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CONTACT USFAQs
These systems are used for cell, tissue, and small-animal irradiation for preclinical basic science research and biological production applications, as well as for material and dosimetry testing across research and industrial applications.
The key difference between the X-RAD 320 and the 225 is beam energy: the 320 offers higher energy for deeper penetration and larger specimen volumes, while the 225 is optimized for smaller specimens. The X-RAD 320 can also ramp down kV, allowing it to fully replicate the 225’s capabilities when lower energy is needed.
In most U.S. states, cabinet X-ray systems are exempt from radioactive source licensing, but registration with the state radiation control agency may still be required.
X-Rad is the flagship fixed beam cabinet X-ray platform from Precision X-Ray, designed for cells to small animals, offering imaging options, high throughput, and customization flexibility.
Yes — X-Rad systems are compatible with the OptiMAX imaging module for multimodal imaging (X-ray + fluorescence/bioluminescence) and 2D image-guided irradiation.
