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CT Scan

The Macro CT Scanner enables non-destructive three-dimensional imaging of internal sample structures. 

Typical applications include: 

  • Plant structure analysis and phenotyping 
  • Seed and root structure imaging 
  • Internal structure visualization of biological samples 
  • Microstructural analysis of materials 

EQUIPMENT FEATURES

SPECIFICATIONS

ModelCanon Aquilion Prime SP
ControlsA console (including a desktop computer, a monitor and a keyboard) in a room separate from the CT scanner room
Features and Applications

78-cm (diameter) gantry

Gantry tilting (≤ 30 degrees)

1.5-m (length) x 47-cm (width) couch

Two fields of view, FOV (medium, M: 32 cm, large, L: 50 cm), with the possibility of multiple regions of interest (ROI) for each FOV using enlargement ratios

Scanograms

CT-scanning data acquisition modes: Helical, Volume, Scan & View

At least 5 filters and 86 reconstruction kernels (from Smoother to Sharper)

DICOM-format output files with graphical and numerical materials

Data transfers (network, disk)

Light Source

X-ray tube

Voltage: 80, 100, 120 and 135 kV

Current: 10 mA to 600 mA

Detectors0.5 mm × 80 PURE VISION detector row
Software

Aquilion MPR (Multi-Planar image Reconstruction)

Aquilion 3D (three-dimensional image reconstruction)

K-PACS (free Dicom viewer)

LocationR1-033, R1-033a
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Consultation session

External clients

External clients are invited to request a consultation with our team will match you with the right instrument and workflow for your project. 

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Trained McGill user

Trained McGill users

McGill users with completed instrument training can reserve equipment directly through our scheduling system.

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McGill new user

McGill New User

New users and external researchers are invited to start with instrument training to gain independent access.