Experimental strategy
We assess feasibility, select the right technique and facility, define sample requirements and design the experiment around the question you need answered.
X-ray & neutron measurement services
Advanced X-ray & neutron imaging. Clear answers.
We manage complex synchrotron X-ray and neutron imaging projects from experimental design and facility access to measurement, analysis and final reporting.
Synchrotron X-ray CT
Neutron imaging & CT
Correlative 3D analysis
Flagship service
Advanced facility imaging, without the complexity
Access the resolution, speed and complementary contrast of synchrotron X-ray and neutron facilities without building the specialist expertise in-house. We turn a scientific or engineering problem into a complete measurement programme.
Facility access & measurement
We coordinate beamtime access, scheduling and experimental execution, providing specialist support from preparation through to data collection.
Analysis & reporting
Raw data becomes reconstructed volumes, quantitative analysis, visualisation, scientific interpretation and a clear report built for decision-making.
Two probes. Different contrast. Better answers.
X-rays interact primarily with electron density, while neutrons interact with atomic nuclei. That difference makes neutron imaging particularly sensitive to selected light elements and allows the two techniques to reveal complementary parts of the same system.
Synchrotron X-ray CT
Compare synchrotron and laboratory CT →
Resolve structure
High-resolution 3D imaging of cracks, pores, particles, interfaces and density variations, with options for phase contrast, energy selection and time-resolved experiments.
Neutron imaging & CT
Compare X-ray and neutron CT →
See light elements through metal
Map water, hydrogen-bearing phases, lithium and selected isotopes inside many engineering assemblies—valuable for batteries, fuel cells, nuclear materials, aerospace systems and cultural heritage.
Correlative imaging
Explore the combined workflow →
Combine both views
Register X-ray and neutron volumes to link fine structural detail with fluid, hydrogen or light-element distributions that may be difficult to separate using either modality alone.
From question to result
A complete measurement service
You do not need to know which beamline, imaging mode or detector you need. Start with the problem you are trying to solve.
Define the problem
Tell us what you need to observe, measure or understand.
Design the experiment
We identify the technique, facility and experimental approach.
Measure & analyse
We coordinate the measurement and turn raw data into robust results.
Deliver the answer
You receive processed data, visualisations, interpretation and reporting.
Broader capability
Expertise beyond tomography
When synchrotron CT is not the right answer, we can support complementary characterisation or help define the right X-ray system for the application.
Materials characterisation
Experimental advice, coordination and analysis for laboratory and facility-based studies of solid-state materials, components and thin films.
X-ray instrumentation consulting
Independent technical support for organisations developing, specifying or purchasing X-ray imaging and CT systems.
Technical guides
Choose the right measurement route
Practical, application-led comparisons to help define the technique, facility and experiment most likely to answer your question.
Application note · X-ray imaging
Read the application note →
Synchrotron CT or laboratory CT?
Compare resolution, acquisition speed, contrast, beam geometry, artefacts, access and the situations where each approach is strongest.
Application note · Correlative imaging
Read the application note →
X-ray CT or neutron CT?
Understand their different interaction mechanisms, material sensitivities and where a combined dataset can reveal more than either technique alone.
Have a measurement problem?
Send us the question, sample or challenge. We will help define the most effective route to a quantitative answer.