Applications

Ultra high-definition, spectral, images. Lower X-ray doses. Better material/tissue characterisation. Higher contrast-to-noise ratio. Fewer artifacts.

Perovskite Potential

Perovskite X-ray detectors will unlock new possibilities across healthcare, security, and quality control through exceptional X-ray detection performance. In medical imaging, second generation photon-counting perovskite detectors enable sharper, lower-dose scans that improve diagnostic imaging still further while enhancing patient safety. In security screening, they deliver faster, more accurate threat detection with enhanced material discrimination. For industrial inspection and non-destructive testing, perovskites provide high-sensitivity imaging that reveals internal defects without damaging components. Together, these capabilities will transform these critical applications where precision, speed, and reliability are also paramount.

Detect

Healthcare

Perovskite X-ray detectors will revolutionise both CT scanning and conventional X-ray imaging by offering higher spatial resolution, higher sensitivity, a higher signal to noise ratio and reduced radiation dose.

In CT scanning, perovskite-based direct-conversion CMOS detectors enable rapid, low-dose 3D tomographic imaging with resolutions that will surpass first generation photon-counting detectors. Perovskite detectors will achieve higher X-ray sensitivity and ultrafast readout speeds (up to 300 frames per second), allowing more detailed visualisation of soft tissues and bones with much lower radiation exposure to patients.
For conventional X-ray imaging, perovskite detectors provide clearer images at significantly lower doses due to their superior X-ray absorption, high carrier mobility, and low noise.

Additionally, their compatibility with large-area, cost-effective manufacturing processes marks a significant advancement over existing first-generation photon-counting technologies.

Protect

Security Scanning

Perovskite x-ray detectors will transform baggage and parcel screening by delivering higher sensitivity, better material discrimination, and faster imaging at lower dose rates, which together will increase throughput and threat-detection reliability.

Direct-conversion detectors with their high atomic number elements, produce strong x-ray attenuation enabling clearer contrast between organic, metallic, and composite materials while maintaining low noise and excellent energy resolution.

Their fast response and potential for pixelated, large-area fabrication support higher frame rates and finer spacial resolution, allowing multi-energy or spectral images that improve discrimination of explosives, narcotics, and shielded threats within complex baggage loads.

Perfect

Industrial Inspection

Perovskite X-ray detectors will offer significant advancements in quality control (QC) and the non-destructive testing (NDT) industry due to their high sensitivity, excellent spatial resolution, and cost-effective manufacturability. These detectors utilise the exceptional X-ray attenuation properties and long carrier diffusion lengths of halide perovskites, which allow for precise detection of defects, internal structures, and material inconsistencies without damaging or altering the tested objects.

Single-crystal perovskite detectors provide superior performance with low noise, high resistivity, and stable operation, enabling highly detailed imaging essential for industrial inspection, such as detecting cracks, voids, and inclusions in metals, composites, and electronics. Perovskite detectors also exhibit strong radiation hardness and environmental stability, making them durable for prolonged industrial use. Their unique combination of sensitivity, resolution, and robustness makes perovskite X-ray detectors a promising technology driving next-generation QC and NDT applications across various manufacturing sectors.