Project ASPIDA
MYRMIDON is committed to developing a next generation R&D and advanced manufacturing campus in South Greece, designed to grow from prototype to scalable industrial production (TRL-3 to TRL-9). The vision brings together modular steel-frame facilities, cutting-edge additive manufacturing, and dedicated labs and integrated testing areas, all within a flexible setting that enables quick deployment and future expansion. We want to transform engineering innovation into industrial capability, a scalable base for dual use technologies, accelerated product development and future manufacturing partnerships.
Carbon Printing for Defense MVPs
We add the engineering that makes prints field-worthy. Parts are designed for additive from the start to hit stiffness and mass targets without overbuilding. The pipeline is fast and surfaces get the right post-processing. First articles ship with dimensional checks and a short test plan (fit, torque, and thermal soak as needed) so you can execute a same-day install or range evaluation. When a design locks, we freeze the model and stand up extra print cells for surge capacity or forward deployment, pushing the exact same settings from prototype to production, ready to scale.
Special Metal Printing for Prototypes
From hypersonic airframes to deep-water propulsion, we print hard-to-machine alloys into testable geometry fast. Electron-beam and laser powder-bed systems, plus DED for large sections, let us build dense, heat-resistant parts with controlled microstructure and repeatable mechanicals. Typical workstreams include topology-optimized housings, combustor liners, turbine and pump hardware, nozzle inserts, heat shields, and structural brackets, all delivered with the post-processing they need (HIP, solution/age, surface finishing, NDI). From hypersonic engines and UAVs to underwater propellers and UUVs, loitering munitions, aircraft spares, energy-weapon crafts, and satellite hardware, we deliver mission-specific defense parts and artifacts.
