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The X-Rad320 is a high-performance x-ray irradiation system designed for advanced preclinical and translational research requiring precise control, imaging integration, and highly reproducible experimental conditions. It supports a broad range of applications across radiation research, including complex biological studies, multi-model experiments, and advanced dose response investigations.
Built as a versatile x-ray irradiator, the X-Rad320 combines accurate dose delivery with integrated imaging capability, enabling researchers to visualise and refine experimental setup in real time. It supports precise dose irradiation performance, making it suitable for studies where consistency, repeatability, and experimental control are critical.
The system enables targeted and structured research approaches across cell, tissue, and in vivo models. It also supports in vitro applications and advanced cell irradiation studies, bridging biological research with translational models in a single integrated platform.
The X-Rad320 combines high-energy X-ray performance with exceptional dose accuracy, making it well suited for complex preclinical irradiation studies. Researchers can investigate a broad range of biological responses while maintaining consistent experimental conditions across multiple study types.
Yes. The X-Rad320 is designed to support both in vitro irradiation of biological samples and in vivo irradiation of small animal models, allowing laboratories to conduct multiple stages of research using a single platform.
The system is engineered to provide highly uniform dose delivery throughout the irradiation field. This helps reduce experimental variability and enables researchers to generate reliable, reproducible data for translational research and radiation biology studies.
Yes. The X-Rad320 is compatible with pie cages, allowing multiple specimens to be irradiated simultaneously. This increases study throughput while maintaining excellent dose uniformity across the entire group.
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