Cranfield University, a renowned institution for aerospace research, and Adaptix, a specialist in X-ray imaging technology, have been awarded the prestigious Aerospace Technology Institute (ATI) 2024 Innovation Award for the 'Most Exciting Emerging Technology.' The accolade recognizes their collaborative work in pioneering a low-power 3D X-ray imaging system, which is set to revolutionize non-destructive testing (NDT) within the aerospace industry.
Originally designed by Adaptix for use in the healthcare sector, the X-ray technology has been successfully adapted for inspecting composite materials in aircraft. With the high level of precision necessary for aerospace applications, the system offers enhanced imaging capabilities, which are crucial for the integrity checks of aeroplane parts. Adaptix’s innovative approach allows detailed 3D images to be generated without significant disruption to the manufacturing or maintenance processes—an advantage facilitated by its low-power usage.
Cranfield University’s contribution to the project has been integral, with their expertise in both automated inspection and aerospace integration playing a pivotal role in the development process. Dr. Angelos Plastropoulos, Lecturer in Automated Inspection and Analyses at Cranfield’s Integrated Vehicle Health Management Centre, led efforts to enhance Adaptix’s visualization capabilities. Concurrently, the Aerospace Integration Research Centre at Cranfield focused on robotic applications, ensuring that the X-ray system could be mounted onto large robotic arms. These robots are able to capture multiple images of composite parts, which are subsequently stitched together to create a detailed 3D X-ray image.
One of the critical advantages of this technology is its ability to perform in-situ inspections without the need to close down large sections of hangars or manufacturing facilities. This innovation allows for more efficient inspections and minimal disruption to other ongoing activities—an important factor in both manufacturing and maintenance settings.
Commenting on the recognition, Professor Phil Webb, Royal Academy of Engineering and Airbus Chair in Aero-Structure Design at Cranfield University, said: “We’re delighted that our collaboration with Adaptix has been acknowledged with this award. This project exemplifies the power of inter-industry partnerships, and we are proud to have contributed to such a groundbreaking achievement.”
Professor Bryn C. Hughes, FReng, Chief Scientist at Adaptix NDT, added: “The fidelity of our technology in inspecting aerospace components has now been demonstrated to meet the rigorous standards of the industry. Working closely with Cranfield’s experts through the support of the ATI grant has allowed us to integrate our technology into twin robotic systems. This represents a transformative development in non-destructive testing, with the potential to set new industry benchmarks.”
The award-winning project is set to reshape the future of aerospace inspections, offering more efficient, accurate, and minimally disruptive solutions to ensure the structural integrity of aircraft components.
