π Lab
Facility

The imaging bay

Our facility at the Faculty of Engineering and Science combines sub-micron X-ray microscopy with full-field measurement, so specimens can be imaged and measured while they deform. Access is open to collaborators and industrial partners.

The imaging bay: the InCiTe 3D X-ray microscope alongside portable acquisition equipment on the laboratory bench
The imaging bay InCiTe 3D X-ray microscope · in‑situ loading Faculty of Engineering & Science, University of Greenwich
Instruments

What we run

Hardware and in-house software, used together as one pipeline.

InCiTe 3D X-ray Microscope

KA Imaging

Sub-micron resolution with fast phase-contrast acquisition, paired with a custom-designed in‑situ loading device so specimens can be imaged while they deform under static and dynamic loading.

First and only of its kind in Europe
Resolution< 1 µm
ContrastPhase + absorption
In situCustom loading rig

Digital Image Correlation

Imetrum

Full-field surface displacement and strain measurement of specimens under static and dynamic loading conditions.

FieldSurface, 2D/3D
RegimeStatic + dynamic

Hyperspectral Imaging

Living Optics

Spectral signatures that reveal the biochemical state of tissue alongside its structure — the input to our HSI classification and tumour-detection models.

SignalSpectral cube
ReadsBiochemical state

Digital Volume Correlation

In-house software

Internal, three-dimensional strain measurement from tomographic volumes. Developed continuously in the lab, with AI solutions integrated as they mature.

FieldVolumetric, 3D
StatusUnder development
The measurement pipeline: the Greenwich campus, the scanner and acquisition workstation, and the resulting digital volume correlation strain field
Specimen to strain fieldAcquisition, reconstruction, digital volume correlation

Bring us a specimen.

The facility is open to academic collaborators and industrial partners. Get in touch to discuss imaging time, in‑situ testing, or a measurement problem you are stuck on.