Revolutionizing Additive Manufacturing
Unlocking Precision and Quality with High-Resolution CT Scanning
Challenge
A leading US-based research institute, which had traditionally partnered with domestic industrial imaging system providers due to federal funding incentives, set out to launch a state-of-the-art additive manufacturing laboratory focused on aerospace innovation. However, the institute’s legacy computed tomography (CT) system lacked the high resolution and precision required for inspecting complex, high-density metal 3D-printed components. This limitation drove the institute to explore advanced CT scanning technologies capable of delivering micron-level accuracy, essential for quality assurance and defect detection in next-generation aerospace parts.
Solution
The institute’s lead researcher was invited to a symposium dedicated to cutting-edge additive manufacturing technologies. Intrigued by the capabilities of next-generation, high-resolution CT scanning systems for non-destructive testing (NDT), the researcher attended a follow-up event to witness live demonstrations across various advanced manufacturing applications, including aerospace-grade metal 3D printing. The outcome was transformative - delivering super-fine detail and internal structural insights previously deemed impossible with conventional CT imaging solutions.
Outcome
Impressed by the exceptional image clarity, resolution, and performance of the advanced high-resolution CT system, the research institute secured supplemental funding to invest in the most premium solution, the Phoenix V|tome|x M Neo. The strategic decision was driven by the need for enhanced flexibility, superior non-destructive testing (NDT) capabilities, and ultra-precise imaging of complex 3D-printed metal components in their new aerospace-focused additive manufacturing laboratory.
Click here to read more about Phoenix V|tome|x M Neo.