Radiotherapy Simulators —— Functional Performance Characteristics

This document specifies the functional and performance characteristics for simulators used in radiation therapy. It establishes a standardized framework to ensure the accuracy and consistency of treatment planning procedures. The standard outlines essential requirements regarding the mechanical precision, geometric alignment, and dosimetric properties necessary for such devices. It provides detailed guidelines for the verification of simulation accuracy, ensuring that the equipment can effectively replicate the conditions of actual therapeutic delivery. The content covers various aspects including image quality, positioning accuracy, and the reliability of field shaping systems. By defining these technical parameters, the document supports the safe and effective use of radiological equipment in clinical settings. It serves as a reference for manufacturers, hospitals, and regulatory bodies to evaluate and validate the performance of simulation tools. The specifications are designed to be applicable across different types of medical imaging and therapy equipment used in the field of oncology. Adherence to these guidelines helps maintain high standards of patient care by ensuring that treatment plans are based on precise and reliable data.