Micro-X has cleared a critical design review for its Full Body CT system, unlocking a $1.6 million milestone payment from US government partner ARPA-H and moving into prototype manufacturing.
- Full Body CT critical design review completed
- $1.6 million milestone payment secured
- Manufacture of full-size engineering prototype underway
- Demonstrates advanced technical readiness
- Partnership with US ARPA-H continues
Critical Design Review Unlocks $1.6M Payment
Micro-X Ltd (ASX:MX1) has hit a significant technical milestone in its Full Body CT development, completing the critical design review phase under its contract with the US Advanced Research Projects Agency for Health (ARPA-H). This achievement secured a $1.6 million (US$1.2 million) milestone payment, reflecting progress in key system components such as the CT detector array and high-speed tube switching.
Prototype Manufacturing Begins
With the critical design review behind it, Micro-X is now poised to commence manufacturing a full-size engineering prototype. This prototype will serve as a laboratory model to demonstrate core imaging capabilities on physical phantoms and test objects, marking a transition from design to tangible system validation. This step is crucial for demonstrating the system's technical readiness ahead of potential commercialisation.
Building on a Track Record of Innovation
Micro-X’s proprietary cold cathode, carbon nanotube emitter technology continues to underpin its medical imaging advancements. The Full Body CT project complements the company’s existing portfolio, which includes mobile digital radiology products and a portable Head CT scanner currently in clinical pilot studies. The company’s US-based team in Seattle is expanding alongside its Adelaide headquarters, reflecting a growing footprint in the global health technology sector.
Strategic US Government Collaborations
Micro-X’s relationship with US government agencies is multifaceted, with ARPA-H funding the Full Body CT initiative and the Department of Homeland Security supporting next-generation airport security checkpoint designs. These collaborations underscore Micro-X’s positioning at the intersection of health and security markets, leveraging its lightweight, low-power X-ray technology to address diverse applications.
Bottom Line?
The Full Body CT milestone payment signals tangible progress, but the timeline for prototype completion and commercial rollout remains to be seen.
Questions in the middle?
- When will Micro-X complete and validate the full-size prototype?
- How will the Full Body CT fit into competitive medical imaging markets?
- What are the next technical or regulatory hurdles post-prototype?