Rigaku nano3DX - application showcase

X-ray submicron or nanoscale computed tomography (CT) is a powerful method for 3D visualization and inspection of many types of samples. This non-destructive method provides sufficient resolution and contrasts to evaluate any microstructural features, with the ability to resolve structures even below one micron. Moreover, this method requires minimal/no sample preparation, eliminating complicated tasks such as embedding, coating, or thin slicing required with other high-resolution methods such as electron microscopy. The Rigaku nano3DX represents state-of-the-art laboratory-based nanoscale X-ray imaging. This device, when used with deep learning methods, is an unmatched 3D imaging tool for various research fields.

Animal and Tissue Research Applications

The introduction of high-resolution CT systems such as Rigaku’s nano3DX extends capabilities to image animal tissues and biomaterials in three (3D) and four (4D) dimensions at micron and sub-micron spatial resolutions, opening the way for virtual
histology, live-cell imaging, subcellular imaging, and correlative microscopy. The imaging capabilities of Rigaku’s nano3DX CT provide a unique view of cells, as the instrument bridges the gap between the capabilities of light and electron microscopy
imaging techniques. Read more - Download the application report