Diondo dsubµ – Sub-Micron CT

High-Resolution Sub-Micron CT System for Materials Research

Compact microCT system with sub-micron resolution

  • Diondo dsubµ - high-resolution sub-micron CT system

    Key Features

    • Innovative detector system - 3 different fields of view and sCMOS camera
    • X-ray source - 20-90kV
    • Resolution - 0.3µm voxel
    • Compact design - Fully integrated
    • High stability - Granite base

The diodno dsubµ has been designed for 3-dimensional materials research. Its sub-micron resolution makes it ideal for imaging microstructures e.g. fibre-reinforced composites and other organic materials. Other areas where the system excels include metal alloys (phase fractions and shape within the metal structure), metallic and organic foams (pore size and distribution), as well as natural materials such as wood, bone and stone.

High Spatial Resolution

Other manufacturers rely on high magnification to achieve their maximum resolution. Diondo achieve their high resolution by using their innovative camera which provides fully automated switching between three fields of view. At its highest resolution, the dsubµ scans your samples at a resolution of 0.3µm per voxel, while at the other end of the scale, it scans volumes up to 5mm with a resolution of 1.4µm per voxel.

Comparison of Diondo CT Systems

dsubµ
d1
d2
d3
d4
d5
d7
Diondo dsubµ - high-resolution sub-micron CT system
Diondo d1 Powerful Micro CT System for Small to Medium-Sized Components
Diondo d2 Versatile Micro CT System for Small to Medium-Sized Components
Diondo d3 - flexible microCT The ultimate in flexibility in a compact footprint
Diondo d4 - micro CT for large parts / components at high resolution
Diondo d5 - highly configuarble CT system
Diondo d7 Linac CT for large heave and dense components
Highest Resolution Sub-Micron CT System
High-Performance MicroCT System
Powerful MicroCT System
Compact CT System for High-Density Parts
Compact CT System for High-Density Parts
Universal CT System with a Large Variety of Applications
High-Energy Linac CT
Sample Size
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Sample Density
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Accuracy
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Resolution
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Footprint
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  • All
  • Additive Manufacturing
  • Computed Tomography
  • Computed Tomography - Life Sci
  • Fluoroscopy
  • In situ
  • Radiography
  • X-ray Imaging
  • X-ray Microscopy