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INTRODUCTION
One of the distinguishing characteristics of a digital mammography system is the detector. The detector generates an electrical signal that depicts the breast’s spatial X-ray transmission pattern.
In order to create an image of the breast during mammography, x-rays are used, and a little amount of radiation is absorbed by the patient.
Photostimulable storage phosphors (PSP), active matrix detectors, and scanning systems are the three major classes of detectors now available for full-field digital mammography. The last two groups convert X-ray photons into electric charges either indirectly or directly.
GLOBAL MAMMOGRAPHY X RAY DETECTOR MARKET SIZE AND FORECAST
The Global Mammography x-ray detector market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
NEW PRODUCT LAUNCH
Fujifilm introduces the modern digital mammography system Amulet Innovality. The newest digital mammography system from Fujifilm, Amulet Innovality, combines cutting-edge Hexagonal Close Pattern (HCP) picture capture technology with intelligent image processing to optimise contrast and dose based on breast density.
Excellent imaging, optimised contrast, low dosage, and quick acquisition times were the results. The Imaging Technology Center (R&D) team at Fujifilm is driven to meet the demands of patients, administrators, mammography techs, and radiologists alike.
Any digital mammography system’s detector is its brain, and it directly affects both the image quality and X-ray dose. During breast cancer screening, it is crucial to find even a tiny indication of calcification. For mammography, there are two different kinds of flat panel detectors (FPD): direct conversion-type detectors and indirect conversion-type detectors.
Generally speaking, the direct conversion-type detector has a higher resolution than the indirect conversion-type detector. Since the direct conversion-type A-Se detector has a high spatial resolution, Fujifilm preferred it. Thin Film Transistors (TFTs) use the spaces between nearby pixels in the traditional detector design for the laying of signal cables.
Due to these gaps, the electric field intensity is naturally modest, which lowers the signal charge created by X-rays’ collection efficiency. Additionally, the square-shaped TFT pixels’ architecture will reduce the signal charge even more.
Hexagonal pixels can be placed to lessen the spaces that suppress the disturbances of electrical field strength, therefore Fujifilm’s design team has integrated this innovative technology into TFTs to overcome these detector inefficiencies.
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