Home|FLASH Suite

The First X-ray Based FLASH Irradiator Suite for Translational Radiation Research




Clinical Potential of FLASH

FLASH radiotherapy (FLASH-RT) is a novel, emerging technique whereby tumors are treated with ultra-high dose rates of radiation magnitudes higher than conventional irradiation. Remarkably, this has been shown to reduce damage to normal tissue while still effectively treating diseased areas when compared to conventional therapy. Xstrahl’s suite of photon FLASH irradiators gives investigators the tools to expand preclinical radiation studies using a patented FLASH technique, further supporting translational research into effective cancer treatments.

Exceptional FLASH Options for Research

CIX FLASH is an easy-to-use cabinet system that is ideal for small animal FLASH experiments. It has a quick experimental set-up process with simple collimation and optimal ease-of-use. This system matches the workflow of electron systems with a much smaller footprint and better beam profile. SARRP FLASH provides a clinically relevant workflow with FLASH dose rates and on-board CBCT imaging capabilities. It leverages Xstrahl’s deep preclinical expertise in IGRT delivery. 

Adaptable for Spatially Fractionated Radiotherapy

Due to the ultra-high dose rate and narrow penumbra, the CIX FLASH and SARRP FLASH systems are well suited for spatially fractionated research. The FLASH suite can be adapted for mini and micro-beam collimation. The Xstrahl FLASH irradiators mark a milestone with the availability of systems specifically designed for preclinical research that can be used in a standard laboratory environment.


Contact us to learn more about SARRP FLASH, CIX FLASH, and how Xstrahl can help you meet your research goals.

Community of Experts

“The SARRP FLASH is a leading system that provides us with unparalleled research capabilities to explore radiobiological responses at ultra-high dose rates. We are hugely excited about the potential of the system and how it can be used to advance our understanding of this potentially transformative approach.”

Dr. Karl Butterworth

Advanced Radiotherapy Group, Patrick G. Johnston Centre for Cancer Research, Queen’s University Belfast

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