Aim: To develop a digital qualification system using in-situ monitoring and sensor data to streamline qualification processes for low-volume, high-criticality additive manufacturing (AM) components.
Brief description: The NomaDQ project addresses the high costs and time constraints associated with traditional qualification methods for AM parts. By implementing AMiquam's eddy current monitoring system, the project aims to detect material defects, warping, and residual stress in real-time during the manufacturing process. This approach leverages digital qualification to replace physical testing, reducing the need for test coupons and enhancing traceability through unique datasets for each component.
Benefits: This innovative system minimizes production costs and lead times by reducing reliance on traditional testing. It ensures higher reliability and traceability of AM components, improves process efficiency, and enhances the structural integrity and durability of parts. The solution aligns with industry standards while fostering broader adoption of advanced AM technologies in critical applications.
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