Automated Desktop X-Ray Micro-CT
Self-optimising scanner for high quality 3D images
The Bruker SkyScan 1275 makes it easy to acquire high quality 3D X-ray micro-CT scans. See realistic images of the sample’s internal micro-structure with volume rendering. Reveal fascinating internal details, with virtual cuts and flights around and inside the object. The speed and quality of the SkyScan 1275 makes it ideal for scientific research and industrial applications, such as quality control and process monitoring.
- Highly automated micro-CT – Simply push a button on the front of the system to start an auto-sequence, involving a fast scan followed by reconstruction and volume rendering, which can be executed while the next sample is being scanned. Manual operation is also available. Save even more time with an optional sample changer.
- Flexible scanning – Wide range of X-ray energies 20-100kV and small X-ray spot size, along with multiple filter options.
- Suitable for large samples – Scan objects up to 96mm in diameter and 100mm in length.
- Long lifetime, high quality and accuracy – Distortion-free flat-panel active pixel 3Mp detector, including a fibre-optic plate.
- Fast scanning – from 80 seconds.
- 5-10 times faster image 3D reconstruction accelerated by GPU, which supports all image formats and is faster than conventional CPU based reconstruction.
- Comprehensive software included – Including packages for 2D/3D image analysis, realistic 3D visualisation by surface / volume rendering large format scanning results, data export and volume rendering on mobiles. Receive email notification when a scan finishes, with a link to the results.
- Micro-positioning and material testing stages (optional) – Scan materials under compression, tension, heat or cooling. More info…
Example Micro-CT Images
4D scan of a compression test on limestone:
4D visualisation of sandstone salt crystalisation:
The Bruker SkyScan 1275 features new X-ray source technology and flat panel detectors for fast, efficient scanning. Scan time is reduced to just a few minutes without compromising image quality, with a shorter distance between the source and detector and a very fast camera read-out. New developments in image reconstruction and faster graphics cards have also dramatically accelerated the speed of micro-CT and improved performance.
Automated, Push-Button Operation
The Bruker SkyScan 1275 can be operated manually just like a conventional micro-CT scanner, for full flexibility. Alternatively, push a button on the front of the scanner for completely automated scanning, without any input from the user. The automatic sequence includes:
- Automatic object size analysis.
- Selection of optimal magnification.
- Scanning cycle – results are distributed to incrementally indexed sub-folders.
- 3D reconstruction, with results displayed as three orthogonal slices intersecting at any point, or as a realistic 3D volume rendered object.
The sequence can be customised in advance, with reconstruction and visualisation parameters based on a predefined protocol, or you can simply repeat the previous settings. For higher throughput, images can be reconstructed while the next object is being scanned.
Once the micro-CT scan has finished, you can choose to receive an email with a link to the dataset. The system can also report interrupted scans, and all emails can be configured to your requirements.
SkyScan 1275 Sample Changer
An optional sample changer is available for the SkyScan 1275. Queue up to 16 samples up to 50mm in diameter or 8 samples up to 96mm in diameter. Mixtures of large and small samples can also be accommodated. The maximum sample length is 100mm.
The sample changer sits on top of the scanner, outside the shielded area. Samples can be removed from the changer or replaced at any time, without interrupting the scanning in progress.
The scanning protocol can be adjusted individually for each sample. There are three options:
- Manual selection
- Automatic selection
- Repeat parameters from the previous scan
When automatic scanning protocol is selected, the size of the sample is measured using the X-ray image at the lowest magnification from multiple angles. Magnification is then selected to keep the whole sample in the field of view. This automatic adjustment can be overwritten by the operator.