Toshiba was the first in the industry to mount a one-milion pixels CCD camera on a medical X ray system in 1993.
Since then it has continued to develop digital image processing, which has now scaled new heights with the Infinix-i Series.
This system shows the important elements in real time while suppressing unnecessary data.
It offers the high image quality you can expect from Toshiba, constantly in pursuit of new possibilities in digital imaging.
By applying the technology developed for CCD to FPD systems, Toshiba brings you next-generation-level high image quality.
ADCF (Advanced Digital Compensation Filter)
This was developed from the DDCF (Dynamic Digital Compensation Filter) in order to improve the image quality of fluoroscopic/radiographic images acquired by FPD systems. This image processing method significantly enhances the visibility of blood vessels/devices. Halation suppression processing, which will maximize the features of the FPD, was also added. Without using compensation filters, more stable images can be provided.
Digital Pattern Recognition Filter
DPRF emphasizes linear components by carrying out pattern recognition on the image and separating them out from the background. This improves the visibility of vascular margins and devices such as guide wires and stents.
Edge-Enhanced Image
DPRF(Digital Pattern Recognition Filter)
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Original |
DPRF |
Dynamic Digital Compensation Filter
DDCF specifically picks out areas of high or low pixel values in an image and performs contrast correction only in these areas. This enables halation to be suppressed without a compensation filter. In addition, background elements such as the centrum and the interseptum can be effectively suppressed by simultaneous dynamic-range compression (background compression) processing.