As the AMA:Energy conference returns this week to focus on qualified parts, real-world deployment, and energy-sector constraints, ceramic additive manufacturing is becoming increasingly relevant to these discussions. At the AMA: Energy 2025 , speakers highlighted the challenges of moving beyond prototyping toward certified components capable of operating in extreme environments. In this context, Nanoe presented its approach to ceramic 3D printing using standard FDM equipment during a talk by Guillaume de Calan. The French advanced materials provider outlined how its Zetamix filament platform could enable complex, high-temperature ceramic components for applications including burners, heat exchangers, and nuclear energy research, areas likely to feature prominently at the next AMA:Energy conference. 3D printed parts with Zetamix. Image via Nanoe.…