Impact
Ultra high-definition, spectral, images. Lower X-ray doses. Improved material differentiation / tissue characterisation. Higher contrast-to-noise ratio and fewer artifacts.
Sustainable, scalable and cost-effective manufacturing process.
Perovskite Performance
Perovskite photon-counting detectors are emerging as groundbreaking technologies with the potential to transform healthcare CT scanning, security scanning, and industrial inspection. These detectors promise superior imaging performance, lower radiation exposure, and dramatically reduced costs compared to current solutions, positioning them to advance preventative healthcare, bolster security infrastructure, and enhance industrial inspection processes.
Detect
Healthcare Diagnostics
Second-generation photon-counting CT has the potential to transform diagnostic imaging by delivering sharper images, richer spectral detail, and lower radiation dose than conventional CT systems. That means clinicians can see more, diagnose with greater confidence, and support better decision-making across a wide range of applications.
The impact is especially important where image quality and dose management both matter, including paediatrics, repeat imaging, screening, and complex disease pathways. By enabling more information from each scan, photon-counting CT can support earlier detection, more accurate tissue characterisation, and improved treatment planning.
Just as importantly, the next generation of detector technology must also be manufacturable and scalable. Our goal is to help make high-performance imaging more practical to deploy, so that the benefits of advanced CT can reach more healthcare providers and more patients.
Protect
Security Scanning
In security screening, second-generation photon-counting CT has the potential to improve the detection of concealed threats while reducing false alarms and improving throughput.
By capturing more detailed, energy-resolved information, these systems can better distinguish between materials and provide more confident screening decisions that can help operators identify explosives, narcotics, contraband, and other hazards more effectively in baggage, cargo, and critical infrastructure applications. At the same time, improved screening efficiency can reduce manual intervention and support faster, more reliable operations.
Our focus is on developing detector technology that can support stronger security performance in practical, scalable system architectures. We believe better detection should not come at the expense of operational efficiency, and that advanced CT can help deliver both.
Perfect
Industrial Inspection
In industrial inspection, second-generation photon-counting CT has the potential to improve defect detection, material differentiation, and internal inspection of complex components without destroying them. For manufacturers, this can mean better visibility into product quality, more reliable process control, and earlier identification of flaws that might otherwise go unnoticed.
This matters across sectors where precision, safety, and reliability are critical, including semiconductors, EV batteries, aerospace, and advanced manufacturing. By improving the clarity and usefulness of CT data, photon-counting technology can help reduce scrap, improve yield, and support smarter production decisions.
Our aim is to combine high performance with a detector platform that can be integrated into real-world inspection environments. That means helping industrial customers move beyond occasional testing toward more routine, high-value deployment of advanced CT.
