nano3DX
X-ray Nanotomography
- True X-ray microscope for sub-micron 3D imaging
- Spatial resolution down to 0.6 µm
- Non-destructive internal structure visualisation
- Suitable for soft materials, electronics and biological samples
- Phase contrast imaging for low-density materials
Product Overview
The Rigaku nano3DX is a true X-ray microscope (XRM) that combines high-resolution computed tomography (CT) with the ability to visualise internal structures at sub-micron resolution without the need for physical sectioning. The nano3DX uses a rotating anode X-ray source to achieve high flux and fast acquisition times, enabling 3D imaging with voxel sizes down to 270 nanometres.
The nano3DX is used in materials science, electronics, geology, life science and advanced manufacturing for non-destructive 3D visualisation of internal features such as cracks, voids, grain structures, fibre orientations and biological structures. Its combination of high resolution, large field of view and fast scan speeds makes it a powerful tool for both research and quality control applications.
Supplier Page
Technical Specifications
| Technique | X-ray Nanotomography (XRM) |
| Resolution | 0.6 µm voxel size |
| Source | Rotating anode with target options |
| Detector | High-resolution CCD/sCMOS |
| Sample Size | Up to 20 mm diameter |
| Imaging Modes | Absorption, phase contrast |
| Reconstruction | 3D volume with analysis software |
| Manufacturer | Rigaku |
| Power | Single-phase or three-phase |
Downloads & Resources
Contact us to request brochures, application notes or technical data sheets for this product.
Interested in the nano3DX?
Our specialists will help you find the right solution for your application and budget.