Preclinical X-ray irradiation systems serve as core research tools for investigating biological responses to radiation and studying disease processes in animal models. By delivering high-precision, controlled radiation doses, they enable researchers to replicate clinical radiotherapy scenarios and evaluate treatment outcomes with exceptional consistency. As a non-invasive technology, these systems support real-time, long-term monitoring of the same animal, significantly boosting experimental efficiency and data reliability. They provide critical support for cutting-edge research in oncology, radiation biology, immunology, regenerative medicine, and related fields.
Enables accurate and repeatable delivery of target radiation doses in preclinical models, ensuring consistent experimental conditions.
Allows precise targeting of specific tissues or organs for irradiation, effectively avoiding damage to surrounding healthy tissue.
Supports integration with CT, optical, and other multi-modal imaging guidance technologies, enabling versatile, multi-scenario preclinical research on small animals.
Effectively reduces variability in radiation biology experiments and significantly improves data consistency across batches and time points.
Meets diverse research needs in oncology, radiotherapy development, radiation biology, immunology, regenerative medicine, and other related fields.
Integrates image guidance technology to achieve precise positioning of tumor targets, and can simulate clinical CRT/IMRT/VMAT radiotherapy technologies, laying a foundation for research on radiotherapy mechanisms, efficacy evaluation, and complications.
Precision irradiation enables high-accuracy cellular and DNA damage studies in both cell culture and small animals. These studies include radiation induced cell death mechanisms, and tissue repair mechanisms, and play important roles in the development of cancer treatment and radiation protection approaches.
Radiation irradiators are indispensable tools for radiobiology and cancer research. Raycision systems deliver standardized, high-precision irradiation tailored to small animal anatomy, and support advanced radiotherapy and combinatorial therapeutic studies.
Simulates radiation damage scenarios, enabling efficient screening of radioprotective drugs and tumor radiotherapy sensitizers, and providing a high-throughput and precise experimental platform for drug development.
The Raycision system can enable ultra-high dose rate irradiation, a.k.a., FLASH radiation. FLASH represents the most-advanced radiation technology that can further reduce radiation damage to normal tissues while reserving the tumor killing effect equivalent to conventional radiation.
Raycison high-precision X-ray radiation platform can be used to investigate radiation effects on semiconductor chips and electronic components, and to fulfill their radiation resistance test and function reliability test.
Raycision Empowers Research and Industry with Imaging and Radiation Solutions Tailored to Your Exact Needs.
