Hyperspectral XRF imaging, also known as Full-Field XRF Mapping, with pnCCD based Color X-Ray Cameras (CXC) captures full per-pixel spectra across large areas without mechanical scanning, enabling fast and accurate elemental maps with reduced artefacts.

Simultaneous XRF–XRD mapping combines fluorescence and diffraction data in a single measurement, providing both elemental and crystallographic information and improving accuracy by removing diffraction artefacts from XRF maps.

Energy dispersive X-ray CT (ED-CT) with pnCCD detectors delivers three-dimensional chemical and structural imaging, combining spectroscopic resolution with tomographic reconstruction for faster, non-destructive analysis.

Polychromatic SAXS with pnCCD based detectors removes the need for monochromators, allowing simultaneous multi-energy small-angle X-ray scattering measurements with higher flux and shorter acquisition times.

Energy dispersive X-ray diffraction (ED-XRD) provides simultaneous diffraction and spectroscopic information per pixel, enabling rapid phase identification and structural analysis from a single dataset.

XRF-CT with pnCCD Color X-Ray Cameras reconstructs three-dimensional elemental distributions, delivering non-destructive volumetric fluorescence imaging for materials science, geology and synchrotron applications.

The pnCCD sensor and CAMEX readout electronics at the core of the CXC system have a strong heritage in space missions and large-scale research facilities. Proven operation in space and highly customised deployments for facilities such as European XFEL demonstrate robustness and adaptability beyond standard laboratory systems.