Materials explaining fluoroscopy and CT devices using microfocus X-ray equipment are being distributed!
X-ray CT irradiates X-rays from many directions, and the computer calculates the cross-sectional shape inside the material from the distribution of the transmitted X-rays. The direction of the cross-section is perpendicular to the fluoroscopic image, parallel to the X-ray beam, and the fluoroscopic image overlaps the internal state of the material; however, X-ray CT displays only a specific cross-section without overlapping the internal state of the material. In micro-focus CT, a method called "third-generation CT," which only rotates the sample, is adopted. This document briefly summarizes the current status and trends of fluoroscopy and CT devices using micro-focus X-ray equipment. It includes an overview of X-ray CT devices, the principles of CT, the characteristics of micro-focus CT, and application examples using micro-focus CT. [Contents] ■ Overview of X-ray CT devices ■ Principles of CT ■ Methods of X-ray CT ■ Characteristics of micro-focus CT ■ Detectors for micro-focus CT, and more *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company, established in 1975, is a technology provider focused on non-destructive testing (NDT) education, related technology development, and consulting, aiming to meet all demands related to non-destructive testing. Tesko always strives to provide X-ray technology from the customer's perspective.