ExacTrac Dynamic® Surface, with its thermal-surface camera, is a surface guided radiation therapy (SGRT) patient tracking system that offers streamlined workflows, enables department-wide standardization and can always be upgraded to an ExacTrac Dynamic® system to include X-Ray verification.
ExacTrac Dynamic® Surface, with its thermal-surface camera, is a surface guided radiation therapy (SGRT) patient tracking system that offers streamlined workflows, enables department-wide standardization and can always be upgraded to an ExacTrac Dynamic® system to include X-Ray verification.
From the start of prepositioning to delivery of the last gray, the central position of the thermal-surface camera provides real-time monitoring and an unobstructed view of the patient. By augmenting the surface grid with thermal information, highly accurate tracking of the patient’s surface is maintained throughout the entire procedure.
Surface guided radiotherapy enables precise tracking of the patient’s surface and breathing to consistently gate the beam so the tumor is only irradiated when in the planned position. Moreover, pre-defined workflows, like Deep Inspiration Breath Hold for the tattooless treatment of breast cancer, ensure that critical organs, such as the heart, are spared from unnecessary dosing.
Are you ready to start with the surface?
Beyond the surface of ExacTrac Dynamic Surface
Surface imaging with 4D Thermal Camera
The 4D Thermal Camera creates a highly accurate and reliable hybrid thermal surface by correlating the patient’s heat signature to their reconstructed 3D surface structure. To achieve this, 300,000 3D surface points are acquired by two 3D cameras and matched to the heat signal obtained by the thermal camera, creating another dimension to track the patient’s position.
Seamless interoperability planned with Varian
ExacTrac Dynamic Surface is designed to interoperate with Varian’s Edge® and TrueBeam® systems using the Perfect Pitch™ 6 degrees of freedom (6DoF) couch.2
The combined use of these products leverages the surface and breathing information of the patient to efficiently perform prepositioning and monitoring and gate the beam automatically as needed.
Treatment regimens that include the 6DoF couch integration can become more time efficient and optimized while accurately tracking the patient’s surface and providing safe radiation delivery.
Deep integration planned with Elekta
ExacTrac Dynamic Surface is fully integrated with Elekta Versa HD™ combined with Hexapod™.2
This integration enables efficient tracking and automated beam hold based on the thermal-surface and breathing of the patient.
In addition, 6DoF couch integration allows treatments to become streamlined and accelerated by directly sending shifts from ExacTrac Dynamic Surface to the treatment couch.
Experience standardized radiotherapy workflows
Standard workflow
For conventional radiotherapy workflows, patients can be prepositioned based on external imaging or surface references from previous fractions. Monitor their surface during external imaging and constantly track their thermal surface during beam delivery to maintain accuracy and safety.
Breath hold workflow
Reliably spare the organs at risk by efficiently and consistently gating the beam depending on the breathing motion of the patient. Involve patients in their treatment by helping them navigate their breath with the help of a simple and easy-to-follow feedback display.
Easy to upgrade, designed to standardize
Upgrading is always easy with ExacTrac Dynamic Surface. If the clinical needs of the whole department or even a specific linac change, X-Ray components can be added at any time. With the X-Ray upgrade, accuracy and efficiency can be increased by monitoring based on internal anatomy during treatment, opening the door for cranial SRS, spinal SBRT and fiducial marker treatments.
This single-camera solution is also designed with standardization in mind. When multiple systems are equipped with ExacTrac Dynamic and ExacTrac Dynamic Surface, patients can easily be distributed to specific systems based on indication.
Precision Patient Monitoring
for Radiotherapy
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2
Not yet commercially available
Interoperability testing pending