About Us
Experts in advanced 3D Imaging
The μ-VIS X-Ray Imaging Centre is University of Southampton’s dedicated centre for CT and founding partner of the National Research Facility for lab-based X-ray CT (NXCT). The centre combines state-of-the-art equipment and 25 years of experience, plus the expertise of 40+ academic staff from across the University, offering a unique integrated resource for advanced 3D imaging.
Our services
What we Do
Microtomographic Volume Imaging
We are experts in
computed tomography providing complete support for 3D imaging science
Image analysis & data extraction
We utilise advanced skills, knowledge and expertise to generate and analyse complex 3D datasets
Consultancy service & project support
We support research and RTD projects in a variety of disciplines offering expert advice throughout a projects duration
Our services
Capabilities & Applications
Uniquely flexible, multi-scale high-energy μCT
‘walk in’ custom-build bays equipped with multiple sources and detectors; designed for versatility and large-scale imaging
Scatter compensation
single-slice and volume scatter-free imaging modes for stunning image sharpness and contrast of dense structure
High resolution
sub-μm spatial resolution and phase-enhanced constrast capability
4D-CT
time-resolved ex situ and in situ μCT imaging of deformation and/or failure mechanisms within samples
in situ testing
number of in situ rigs (incl. load, environment, and flow control) that can be mounted within lab-CT and SR-CT system
SRμCT
25 years of experience at worldwide synchrotron facilities
X-Ray videography
real-time X-Ray imaging for functionality inspection
Panel-shift radiography
horizontal and vertical field of view expansion resulting in up to ~ 9,000 x 10,000 pixels (c. 1.6 x 2.0 m) detector si
Non-conventional CT
incl. phase-enhanced contrast CT phase-retrieval tomography, laminography and limited angle
Data processing & analysis
access to high-performance workstations with multiple 3D image analysis software packages
Our approach
How we support your project
We specifically aim to provide a holistic approach to advanced 3D (volume) imaging, supporting all steps from hypothesis formation and experimental design, through to verified, publishable conclusions.
Hypothesis formation
Experimental design
Publishable results
