Limb immobilization poses unique challenges in radiation therapy due to the wide range of limb movements and the necessity for individualized treatment approaches. It is crucial to ensure impeccable reproducibility while prioritizing patient comfort. The clinical utilization of vacuum bags and thermoplastic masks has become increasingly prevalent to address these requirements. These advanced methods offer tailored immobilization solutions, maximizing treatment precision, reproducibility, and patient comfort throughout the radiation therapy.

The Klarity Athena Breast System is an adjustable baseplate for supine positioning. The carbon fiber baseplate attaches to a treatment table and can be raised or lowered with elevation supports. The Athena R610- NDCF includes arm cups and upper hand grips for overhead arm positioning. Lower hand grips are also included to facilitate additional arm positioning options. The patient’s bottom is supported by an adjustable bottom cushion. A leg cushion elevates the lower limbs for better patient comfort. A headrest is included as well.

Radiation therapy plays a crucial role in cancer treatment, requiring precise positioning of immobilization devices to ensure accurate and effective delivery of radiation beams. However, inadequate storage practices can lead to unhygienic conditions and potentially damage these essential devices. This article will highlight the importance of proper mask storage and provide practical tips to ensure optimal hygiene and longevity.