Easy to achieve high quality results.

The Bruker SkyScan 1275 is an automated, self-optimising desktop X-Ray micro-CT scanner. It’s easy to acquire high quality 3D X-ray micro-CT scans (also known as XRM / X-Ray Microscopy). Acquire 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.
Easy to achieve high quality results.
For all applications.
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.
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:
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.
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.
Biomedical, pharmaceuticals, biomaterials and other life science applications.
We offer a range of instruments for elemental and mineral analysis, mapping and imaging in geology and geoscience.
Analytical techniques for process control of manufacturing involving metal powders. How XRD, XRF and micro-CT are used for failure analysis, element composition and mapping, crystalline phase identification, parts inspection and more.
A new method for automatic trabecular-cortical separation in micro-CT called the morphological escalator.
Save time and scan large numbers of micro-CT samples easily with an automated sample changer from Bruker SkyScan.
Using Bruker's watershed algorithm to separate grain-based materials with X-ray micro-CT - ideal for powders, fibres, geological samples, pharmaceuticals and more.
Instrumentation and techniques for studying foam with micro-CT. Analyse the internal structure, map morphometric properties & perform dynamic in-situ experiments (tensile, compression & modified temperature).
How to analyse individual and multiple fibres in natural and synthetic materials using micro-CT imaging.
An overview of micro-CT applications in geology, for studying porosity, mineral distribution and structure in rock samples and drill cores.