Capture dynamic surface deformation with exceptional precision using high-resolution imaging and advanced reconstruction algorithms.
Robust & Reliable
Delivers stable performance in complex clinical environments — including gantry-rotation shadow — powered by ISO+TCF (TCW) enhanced registration technology.
Workflow Automation
Designed as the “fourth pair of eyes” in radiotherapy, providing a seamless user experience through automated workflows, RT synchronization, auto-scan volume, preset configurations, and automatic correction.
SGRT
SGRT systems are critical auxiliary devices in modern radiation oncology, offering significant clinical value in enhancing treatment accuracy, efficiency, and safety.
The registration results from SGRT are consistent with CBCT image verification results, providing valuable guidance for patient positioning and helping to reduce positioning errors.
— Dr.xxx, Chief Physicist
Using AccuTrak for DIBH-guided radiotherapy, our center has been able to reduce the dose to the patient's heart at V80 and V50 levels, effectively protecting the coronary arteries and surrounding healthy tissue.
— Dr.xxx, Chief Physicist
Adopting contactless optical surface guidance for DIBH-gated treatment helps protect young breast cancer patients by reducing radiation dose to healthy tissues. Compared to ABC gating, this method is simpler, more convenient, and efficient to implement.
— Dr.xxx, Chief Physicist
The automated positioning of the AccuTrak system ensures greater accuracy in the patient's initial setup, thereby enhancing the precision of radiotherapy. Additionally, thanks to its non-radiative imaging modality, it offers more patient-friendly protection.
— Dr.xxx, Chief Physicist
AccuTrak SGRT is currently routinely used for positioning patients after breast-conserving surgery. It significantly improves positioning accuracy, is easier and quicker to use compared to imported products, offers stable performance, and provides more convenient after-sales maintenance service.
— Dr.xxx, Chief Physicist
Patient positioning for breast cancer radiotherapy primarily focuses on the risk of lateral errors, which can lead to additional radiation exposure to the heart. Using SGRT, positioning errors can be reduced by 43%, offering significant benefits to patients. Positioning time is also reduced by 31%. Implementing DIBH reduces cardiac dose by 30%.
— Dr.xxx, Chief Physicist
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