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The RPS HEAD is a high-precision patient positioning system designed for head and neck radiotherapy treatments. It provides sub-millimeter accuracy and six degrees of freedom (6DoF) motion control, ensuring optimal alignment with the treatment plan. With real-time correction capabilities, it enhances treatment precision, reduces patient repositioning time, and improves overall therapy effectiveness.
The RPS BASE is a versatile patient positioning platform for a wide range of radiotherapy applications. Engineered for high stability and precision, it supports robotic-assisted movement to enable accurate patient alignment. The system integrates seamlessly with modern imaging and treatment workflows, offering automated positioning adjustments to enhance treatment accuracy and patient comfort.
The RPS FIXEDBEAM is specifically designed for fixed-beam proton treatments, ensuring rigid and repeatable patient positioning. By maintaining consistent treatment geometry, it minimizes positional deviations, leading to higher treatment accuracy and improved clinical outcomes. Its customizable immobilization solutions further optimize precision in complex treatment protocols.
The RPS BASE MR is an advanced patient positioning system optimized for MRI-guided radiotherapy. Designed with non-magnetic components, it seamlessly integrates into MRI environments, ensuring distortion-free imaging and precise patient alignment. This system enables real-time adaptation to anatomical changes, making it ideal for adaptive radiotherapy and high-precision MRI-based treatments.
The RPS SGRT (Surface-Guided Radiation Therapy) system integrates real-time surface tracking technology to enhance patient positioning accuracy without the need for invasive markers. By continuously monitoring patient movement, it ensures optimal alignment throughout the treatment session, reducing setup time and improving both efficiency and patient safety. This technology is particularly beneficial for frameless treatments and motion-sensitive procedures.