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    Home / Products / Micro-CT Scanner / Micro-CT Analysis Software

    Micro-CT Analysis Software

    Micro-CT Analysis Software: 2D and 3D Quantitative Analysis

    All Bruker SkyScan micro-CT scanners are equipped with advanced micro-CT analysis software, including “CT-Analyzer” for complete 2D and 3D quantitative analysis of reconstructed volumes from Micro-CT scans, and “CT-volume” for realistic 3D visualization of scanned objects.

    These programs can run on the powerful workstation supplied with your system or on any of your laboratory’s desktop or notebook computers.

    Micro-CT Analysis

    The micro-CT software suite allows you to calculate parameters such as bone volume fractions, materials volumes, structure and trabecular thickness, porosity, particle analysis and more.  Contact our micro-CT experts to discuss how micro-CT analysis can be applied to your research.

     

     

    Want more information? Call Ben at (610) 366-7103 or email: ben@microphotonics.com

    • Runs on Windows 64-bit systems (Windows XP, Vista, 7)
    • Supplied as unlimited site license
    • Free SkyScan software upgrades for the life of the instrument
    • 2D & 3D morphometric outputs in general scientific or ASBMR terms
    • Easy to use software interface
    • Import of dataset in TIFF, BMP, JPG
    • Angular re-sampling of datasets
    • Advanced volume-of-interest (VOI) selection tool
    • Measures 3D distances and angles
    • Creates Maximum Intensity Projection (MIP) images
    • Calibrates and measures density as HU, BMD or attenuation coefficient
    • Image processing functions, such as smooth, despeckle morphologic operations, etc.
    • Switch between general scientific and bone morphometry parameter names
    • Parameters measured in 2D and 3D include:
      • Object (pore, particle, etc.) or “bone” volume
      • Object or “bone” surface
      • Structure or “trabecular” thickness
      • Structure or “trabecular” separation, number
      • Structure model index (SMI)
      • Fragmentation index or “Trabecular pattern factor”
      • Euler number o Degree of anisotropy by MIL
      • MIL eigenvalues and stereology
      • Fractal dimension (Kolmogorov)
      • Moments of inertia (x, y, polar, product)
      • Eccentricity
      • Cortical periosteal perimeter (outer perimeter of tube)
      • Cortical endosteal perimeter (inner perimeter of tube)
      • Object or “bone” porosity
    • Automated batch analysis
    • Measurements validation with real and virtual phantoms
    • Creates 3D models by several rendering algorithms

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