Micro-X has successfully developed the world’s first carbon nanotube (CNT) based x-ray tube for medical applications. This unique technology achieves both the high x-ray current, and the stable x-ray output required for safe and effective medical imaging. The performance of Micro-X CNT tubes is achieved through two patented design features of the CNT emitter that differentiate the emitter for other field-emission emitters. In this presentation, Micro-X will present an overview of the emitter design and share emitter data demonstrating the high current and stable performance.
CNT x-rays are smaller and simpler compared to conventional x-ray tubes. CNT x-ray tubes are controlled by direct electronic voltage instead of the indirect thermionic control of conventional x-ray. These differences enable new imaging systems to be developed. In this presentation, Brian overviews the four different products Micro-X has designed taking advantage of the advantages of the CNT x-ray. This includes a lightweight mobile digital x-ray imaging system to bring x-ray directly to a patient bedside, an x-ray camera that creates two-dimensional x-ray backscatter images with the x-ray source and detector on a single side, a compact lightweight CT for early diagnosis of stroke, and a reimaged airport checkpoint based around a miniaturized CT baggage scanner.
(Hero image: A Micro-X carbon nanotube emitter viewed through a scanning electron microscope at 20,000x magnification)
More information can be found here:
International Organization of Medical Physics
Micro-X has successfully developed the world’s first carbon nanotube (CNT) based x-ray tube for medical applications. This unique technology achieves both the high x-ray current, and the stable x-ray output required for safe and effective medical imaging. The performance of Micro-X CNT tubes is achieved through two patented design features of the CNT emitter that differentiate the emitter for other field-emission emitters. In this presentation, Micro-X will present an overview of the emitter design and share emitter data demonstrating the high current and stable performance.
CNT x-rays are smaller and simpler compared to conventional x-ray tubes. CNT x-ray tubes are controlled by direct electronic voltage instead of the indirect thermionic control of conventional x-ray. These differences enable new imaging systems to be developed. In this presentation, Brian overviews the four different products Micro-X has designed taking advantage of the advantages of the CNT x-ray. This includes a lightweight mobile digital x-ray imaging system to bring x-ray directly to a patient bedside, an x-ray camera that creates two-dimensional x-ray backscatter images with the x-ray source and detector on a single side, a compact lightweight CT for early diagnosis of stroke, and a reimaged airport checkpoint based around a miniaturized CT baggage scanner.
(Hero image: A Micro-X carbon nanotube emitter viewed through a scanning electron microscope at 20,000x magnification)
More information can be found here:
International Organization of Medical Physics
Micro-X has been named one of Australia’s Top 10 Most Innovative Manufacturers in the 2025 AuManufacturing Awards, winning Gold and the Collaborative R&D category. Recognised for our carbon nanotube X-ray innovation and mobile CT for stroke care, this milestone celebrates our leadership in digital X-ray technology, portable imaging, and collaborative research with Johns Hopkins University, Flinders University and Monash Health Design Collab.
Discover how the Micro-X Rover, a revolutionary portable X-ray system, is making its debut at the NCAA Final Four in San Antonio. Learn how it’s transforming sports medicine by delivering hospital-quality imaging directly to athletes.
From expanding the reach of our lightweight mobile X-ray solutions to progressing our game-changing CT imaging technology, 2025 will be about commercial success and delivering benefits to patients and clinicians globally.
Micro-X creates revolutionary X-ray technology to better lives.
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