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Micro-Imaging
Facility

SkyScan 1272

The Bruker SkyScan 1272 is a state-of-the-art 3D X-ray scanner enabling high resolution micro-computed tomography (micro-CT). The SkyScan offers high-resolution scanning mode of specimen up to 7 cm high, with a voxel size down to 0.35 μm, and its 6 filters, together with its large X-ray source voltage range (20-100 kV) allow 3D observation of a large spectrum of densities throughout whole-mount specimens. The SkyScan 1272 is fitted with a 16-position sample changer that allows high-throughput batch scanning.

Micro Imaging Facility Support

  • Specimen preparation and mounting
  • Full training for individual or batch scanning
  • Full training for image post-processing, including reconstruction, 3D volume rendering an observation
  • Fee for service

Micro-Computed Tomography (Micro-CT)

Micro-CT is a non-destructive 3D imaging technique that utilises X-ray to scan an object slice-by-slice at ultra-high resolution. The series of 2D planar X-ray images generated are reconstructed to obtain a 3D model that can be further processed to obtained volume rendering or to 3D print for physical analysis or to create moulds for medical or surgical purposes. To obtain the final 3D volume, X-rays are transmitted through the specimen and recorded as a 2D image by the X-ray detector at different degrees of rotation along a 180- or 360-degree turn. The 2D images are then computed as cross-sectional images during the reconstruction process into a 3D model.

System Specifications

  • High sensitivity detector
  • Ultra-high resolution
  • Six different filters and large range of X-ray voltage covering a large range of contrasts
  • Integrated micro-positioning stage
  • Three camera offset positions for large specimens (width) and easy oversize setup for object longer than the field of view
  • Automatic sample changer with 16 positions for specimens up to 5 cm high and 2.5 cm large
  • Software: SkyScan1272

Detectors
X-ray detector 16 Mp (4904 x 3280 pixels) 14-bit cooled CCD fibre optically coupled scintillator

Standard Scanning Modes

Applications

Quantitative (volumetric) modelling of developing organs, phenotyping, contrast-enhanced soft tissue healing, 3D vectorisation and printing for reparation surgery, plant morphologic analysis, bone and teeth defects observation, inorganic material imaging.

Acquisitions post-processing

  • Reconstruction, alignment, ring artifact correction, etc. with Nrecon
  • 3D image visualization with CTVox and CTVol
  • 3D image analysis with CTAn, Amira


Enquiries

Dr Vanessa Lanoue
Manager
Micro Imaging Facility

v.lanoue@victorchang.edu.au


Discover more about the Micro Imaging Facility