Description
The Rigaku nano3DX is a true X-ray microscope that uses a rotating anode source and high-resolution CCD detector to produce sub-micrometer 3D images without destructive sample preparation. With resolutions down to 0.27 µm voxel size, it fills the gap between optical microscopy and electron microscopy. Applications include pharmaceutical particle analysis, composite material microstructure, biological tissue architecture, and ceramic porosity mapping.
Specifications
| Voltage Range Kv | 20, 50 |
|---|---|
| Max Power W | 30 |
| Source Type | rotating_anode |
| Target Materials | Cu, Mo, Cr |
| Detector Type | high_resolution_CCD_scintillator |
| Spatial Resolution Nm | 600 |
| Minimum Voxel Size Nm | 270 |
| Max Sample Diameter Mm | 10 |
| Rotation Range Deg | 360 |
| Quasi Monochromatic | Yes |
| Optics Type | confocal_max_flux |
| Field Of View Mm | 0.7, 5 |
| Phase Contrast Capable | Yes |
| Beam Hardening Free | Yes |
| In Situ Compatible | Yes |
| Filters | None, Cu, Mo, Cr |
Imaging Modes
Absorption Contrast
Phase Contrast
Nano Ct
In Situ Imaging
Dual Energy
Typical Specimens
Semiconductor Package
Battery Electrode
Carbon Fiber Composite
Catalyst Particle
Biological Tissue
Mineral Grain
Pharmaceutical Tablet