Xstrahl products

The SARRP FLASH system by Xstrahl exemplifies cutting-edge technology in preclinical radiation therapy. This system leverages the advanced FLASH-RT technique, which administers ultra-high dose rates of radiation, significantly surpassing conventional methods. This approach aims to effectively target tumors while minimizing damage to surrounding healthy tissues, making it pivotal for translational cancer research. The system`s adaptability for spatially fractionated radiotherapy and capability for mini and micro-beam collimation enhances its precision in research settings. Designed for use in standard laboratory environments, the SARRP FLASH system offers researchers a robust tool to explore radiobiological responses, contributing to potential new cancer treatment paradigms. Xstrahl also supports educational initiatives to expand the knowledge base of SARRP users, reinforcing its commitment to advancing preclinical radiation research.

The Small Animal Radiation Research Platform (SARRP) by Xstrahl is a cutting-edge system designed for preclinical radiation research. SARRP is notable for its ability to replicate modern radiation therapy techniques within a laboratory setting, offering researchers the tools to conduct precise, clinically relevant studies. It includes an integrated Motorized Variable Collimator, which allows for conformal radiation techniques with dynamic jaws capable of adjusting field sizes extensively. The platform also features a 360° gantry and motorized stage for non-coplanar beam delivery, enhancing the accuracy of dose application while reducing damage to non-targeted tissues. Additionally, SARRP’s advanced software integration supports various treatment planning solutions, accommodating simple to complex beam arrangements. Its use is predominantly in academic and research institutions, where it plays a pivotal role in image-guided studies, DNA repair mechanisms, and fostering collaborations. With installations worldwide, SARRP assists in translating clinical practices into experimental research, thereby enriching scientific insights into radiation therapy.