Achieves high resolution at the submicron level. It is a compact and easy-to-operate high-energy, high-resolution CCD camera.
The Xsight Micron, manufactured by Rigaku Innovative Technologies Europe (RITE), offers extremely high resolution, enabling observations at the sub-micron level. It is optimized for various applications in X-ray optics and features a 2D CCD camera that allows for high-quality profile data analysis. You can choose between lens coupling (LC) and fiber optics coupling (FC) options, both of which do not require external electrical systems or cooling devices. It is a one-package camera that can be used immediately by simply connecting it to a PC via USB 2.0.
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basic information
【Applications】 - X-ray microscopy - X-ray microtomography - Applications for synchrotrons - X-ray phase contrast imaging, etc. 【Features】 - Low noise - High resolution - Compact - Easy to install and operate 【Specifications】 - Field of View (FOV): LC 0.9mm H x 0.68mm V ~ 14.4mm H x 10.8mm V FC 7.2mm H x 5.4mm V ~ 18.0mm H x 13.5mm V *Varies by model - Pixel Size: LC 0.27µm ~ 4.32µm FC 2.16µm ~ 5.5µm *Varies by model - Number of Pixels: 3300 x 2500 - Spectral Range: 5keV ~ 30keV - Dynamic Range: 3100:1 *Vacuum compatibility is available as an option. *EUV compatibility is also available.
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Applications/Examples of results
- X-ray microscope - X-ray microtomography - Synchrotron applications - X-ray phase contrast imaging, etc.
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RAD Device: The name of RAD Device Co., Ltd. is derived from "radiation" and key devices related to it. In physics, "radiation" refers to the process of energy emission such as electromagnetic waves and particles, and the research fields are diverse. Currently, the region of soft X-rays to UV with high energy and short wavelengths is a leading area of cutting-edge technology related to various applications, from astronomical observations to measurement and manufacturing (nanotechnology), where the devices used (such as detection and wavelength selection) play an important role. However, many existing products still face challenges in terms of performance, operability, and environmental resistance, indicating that this is a field where future advancements are expected. RAD Device was established with the aim of contributing to society by timely delivering key devices and related technical information to the research and development sites associated with radiation.
