Radiation therapy test phantom QUASAR™
torso

radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
radiation therapy test phantom
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Characteristics

Type of calibration
for radiation therapy
Area of the body
torso

Description

Radiation Therapy technologies, such as IGRT, SGRT and respiratory gating, have led to significant advances in patient treatment. The QUASAR™ Respiratory Motion Phantom (pRESP) is a programmable breathing and tumour motion simulator for end-to-end quality assurance on motion-guided radiation therapy systems including CT, LINAC, and PET. The QUASAR Respiratory Motion Phantom has been adopted by Medical Physicists around the world. A balance of simple design and comprehensive testing capabilities have solidified its reputation as an industry-leading tool for respiratory motion management. Features Simplicity Modus QA has developed an easy to use phantom with comprehensive testing capabilities for demanding motion protocols in modern radiation therapy departments. From its manual operation mode to its magnetic insert connection, the pResp was designed with the end user in mind, providing an intuitive motion-management QA tool Motion Control Options Choose easy operation with local manual control at the motor or advanced programmable software driven control. The pRESP can produce simple translational motion or create complex 3D patterns with the QUASAR™ Respiratory Motion Rotation Stage (ITEM# 500-3330). With playback of motion waveforms, complexity is elevated to test the limits of your motion management systems Motion Precision The QUASAR™ Respiratory Motion Phantom exhibits detailed sensitivity when replicating captured or created waveforms. A highly responsive motor repositions the translation stage every 10 mS (100x per second) providing real-life breathing replication. Waveforms from zero to 60BPM are replicated with ease, testing a large range of clinical protocols

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