American RSD dynamic breathing model

USARSD BF‐1500 dynamic breathingmodel                                        

Overview

Dynamic anthropomorphic chest

•For diagnostic radiology, radiotherapy and routine quality assurance

•Faithful simulation of physical form, imaging and dosimetric properties

•Moving targets to simulate tumor and lung motion

• Alderson-based radiotherapy (ART)Motif

RSD’s latest version of Dynamic BreathingmodelFeatures simplified wiring, improved control box, optional air supply, pre-set patient-specific breathing patterns, and the option to integrate simple heart and breast models with phantoms. Additionally, the complete system is smaller, lighter, and quieter, and the revisedWindows 10 software offers a more intuitive interface.

Dynamic breathing of RSDmodelDesigned for diagnostics based onCT scanners and radiation therapy machines, as well as the assessment of patient radiation therapy delivery and dosimetry, with its dynamic breathing phantom that enables realistic anterior chest movement through air inflation in real breathing patterns. The Phantom itself is a simulation of a regular adult humanoid torso, including lungs, ribcage/chest wall bones, skin, and subdermal bones. Incorporated material properties of soft tissues, organs, bones and joints provide reliable simulation of the physical morphology, radiographic and radiation dosimetric properties of the chest。

This kind ofmodelThere is a moving target within the lung equivalent lobe to simulate tumor movement within the lung. electric- Pneumatic motion controller and easy-to-use Phantom Control software allow users to program different breathing patterns and breathing rates so they can select their assessments to precisely plan dose delivery to any patient. Target motion is controlled independently of respiratory motion and can be set to oppose or simulate the recorded motion of a tumor targeted by radiation therapy.

dynamic breathingMotifSystem includes: dynamic respiratory phantom (thoracic manikin), electro-pneumatic motion controller, target device for imaging and radiation dosimetry, individual chest and target motion and velocity: sin2, 4, 6, 1-4, 1-6, 5-20 breaths/minute, Microsoft Windows Phantom control software and USB control hardware.

Model description