Accuray Incorporated

Accuray Incorporated is a radiation therapy company that develops, manufactures, sells, and supports solutions for treatment delivery, planning, imaging, and data management. These solutions are designed to assist clinical teams in providing precise radiation treatments for a wide variety of clinical cases. The company's product portfolio features the CyberKnife robotic platform and a distinct helical portfolio, which includes the Accuray Stellar, Radixact, Accuray Helix, and Tomo C Systems, where available. These solutions aim to provide clinicians with advanced capabilities for accuracy, flexibility, motion management, image guidance, adaptive workflows, and personalized treatment delivery. Accuray's solutions support clinical teams throughout individual treatments, across the treatment workflow, and during the entire patient treatment journey, from curative to palliative care. Across both its robotic and helical platforms, the solutions include radiation therapy systems with software-enabled motion management for real-time adaptation of treatment delivery for moving targets. They also offer treatment planning software that allows clinicians to utilize Accuray systems' capabilities to create high-quality treatment plans and support precise, efficient treatment delivery. ClearRT helical kVCT imaging technology, available on selected systems and configurations, produces high-quality CT images efficiently, with imaging length capabilities up to 135 cm on selected configurations, supporting broad anatomical visualization and adaptive treatment workflows. Automated tools help clinicians identify anatomical changes during treatment, evaluate the benefit of re-planning, and adapt radiation dose. Software tools also support efficient retreatment planning by evaluating prior dose information, generating new treatment plans, and assessing cumulative dose for patients who have previously received radiation therapy. The system architecture accommodates third-party surface guidance interfaces for patient positioning, monitoring positioning accuracy, and enabling deep inspiration breath hold ("DIBH") workflows for selected cancer treatments.