Current medical imaging technologies often necessitate high X-ray radiation doses, which can limit the frequency and scope of preventative screening. This reliance on higher doses can also impact image clarity, potentially delaying early disease detection and diagnosis.

Clarity Sensors is developing advanced X-ray detector modules that leverage novel perovskite semiconductor technology. These detectors are engineered to achieve superior X-ray sensitivity, enabling the capture of high-resolution images at significantly reduced radiation doses. By enhancing image quality and lowering radiation exposure, the technology aims to facilitate more accessible and effective preventative screening and earlier diagnosis of medical conditions. The spectrally resolving, photon-counting capabilities of these detectors also provide richer data for AI-driven diagnostic applications.

Perovskite semiconductor-based X-ray detectors with enhanced sensitivity and low-noise performance.

Monolithic sensor integration allowing for large-area crystal growth directly on electronics, minimizing pixel dead space.

Proprietary low-temperature crystal growth processes for high-quality perovskite crystal formation.

Spectrally resolving, photon-counting capabilities for advanced imaging data acquisition.

Designed for integration into various medical imaging modalities, including CT scanners.

Potential for custom configurations in security screening and industrial non-destructive testing applications.

The primary target audience includes medical device manufacturers and original equipment manufacturers (OEMs) in the medical imaging sector, as well as healthcare providers seeking to upgrade their diagnostic imaging capabilities.