Real-time DRR imaging
Patient alignment in radiation therapy typically involves the use of 2D X-ray images. While the CT images from the treatment plan serve as a reference, comparing them directly is difficult due to the difference in dimensions. To address this issue, CT images are ray-traced to create 2D images (DRR images), making comparisons easier. This application provides the ability to create DRR images, making it a valuable tool for healthcare professionals.
High speed calculation
This product enables ultra-fast calculations using a GPU and a calculation algorithm. Even if many repetitive calculations are required, such as changing the projection direction, the CT data can be read only once, so faster processing is possible without the need for reloading. By passing a parameter file to the calculation engine, this product can be freely integrated into the user's system. It will be an essential product for medical staff. Additionally, many people will be interested in the potential of such high-speed calculations.
60 times faster than CPU by using GPU!
x60
CPU: Intel Xeon 2.60GHz x2 (32 threads)
GPU: NVIDIA GeForce GTX1080Ti
Great image quality
Accurate positioning is required in radiation therapy. To achieve this, it is necessary to accurately understand the shape and position of the anatomical structure. This product provides image processing that reflects the needs of clinical staff and improves the visibility of anatomical structures. In the past, the visibility of anatomical structures that medical staff needed to view decreased with conventional image quality, which could affect treatment accuracy. However, with the improvement of image quality provided by this product, it is possible to observe the body structure more clearly and perform more accurate treatment. This product is recommended for medical staff who are interested in such image processing technology.
Normal DRR image
Image processing DRR image
Intuitive UI
We have developed a user interface (UI) that can be operated intuitively and quickly through inputting RT-Plan and RT-StructureSet, which are essential for treatment planning. This supports medical staff in creating treatment plans smoothly and in an easily understandable way. In addition, our product has a wide range of functions that can meet the diverse needs of medical staff.