Germany Ultra-High-Resolution Small Nano-Focus CT diondo dsubµ

basic information

【Product Parameters】 X-ray Tube: 20-90kV, maximum 8 watts Detector: 4 million pixel sCMOS Detector Resolution: 6.50μm Spatial Resolution: 0.30μm | 0.56μm | 1.40μm Optical Magnification: 20x | 10x | 4x CT Scan Range: 0.62mm | 1.20mm | 2.80mm Extended Scan Range: 1.10mm | 2.10mm | 5.00mm Dimensions: L1170×B645×H1615mm Weight: 890kg Mechanical System: Granite base 6-axis linear shaft system and high-precision air floating turntable

Price range

Delivery Time

Applications/Examples of results

【Application Fields】 Ultra-high resolution for material research The diondo dsubμ, with an optimal voxel resolution of 300 nm, is particularly suitable for three-dimensional analysis of fine structures. The main application fields include material research to determine the density and spatial orientation of fibers, especially in the study of lightweight composites such as carbon fiber and glass fiber composites. Other application fields include metal alloys (composition and shape within metal structures), metals and organic foams (pore size and distribution), as well as natural materials such as wood, bone, and stone. ▪ Composites ▪ Metal materials ▪ Biomedical ▪ Geology and geotechnical engineering ▪ Additive manufacturing

Detailed information

• 

  The indirect detector system sub-micro CT system, in contrast to conventional micro CT systems that operate at high magnification, achieves its high spatial resolution through an innovative X-ray camera that enables fully automatic switching between three fields of view. It scans samples with a minimum of 0.3 μm/voxel and captures a maximum measurement volume of up to 5 mm (1.4 μm/voxel scan).

• 

  Innovative detection system Equipped with three different fields of view and sCMOS camera Compact design Due to all-around integration

• 

  High-precision manipulator Piezo-based linear axis and air bearing rotary axis

• 

  CT Measurement Field - Application Examples The diondo subμ, with a maximum voxel resolution of 300 nanometers, is particularly suitable for three-dimensional analysis of fine structures. The main application areas are materials research, especially the study of lightweight structural composites such as carbon and glass fiber composites to determine fiber density and spatial orientation. Other fields include metal alloys (the ratio and shape of phases within structures), metal and organic foams (pore size and distribution), and even natural materials such as wood, bone, and stone.