Performance gains in aero engines and gas turbines depend on precise control of airflow, combustion and temperature. Metal 3D printing builds efficient cooling structures inside combustors, nozzles and hot-end components, improving aerodynamic and thermal performance, enhancing temperature resistance and service life, and supporting rapid repair of high-value parts.
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Structural Features:Dense film-cooling holes formed in one shot, minimum aperture 0.5 mm, wall thickness < 2 mm, with high precision, high consistency and high reliability, significantly improves cooling performance.
Structural Features:Integrated printing, multi-component integration, complex internal cavities without welds; 40% weight reduction, high temperature resistance and fatigue resistance, assembly steps reduced by 70%.
Structural Features:Complex internal cavity and lightweight structure, enables efficient cooling and weight reduction, improves stability, thrust-to-weight ratio and service life of aero-engine hot-end, meets high-performance manufacturing requirements for complex hot-end components.
Structural Features:Complex channel integrated design, realizes internal precision-quality transmission and lightweight manufacturing, improves system integration, sealing reliability and operational stability, meets complex structural manufacturing requirements in the aviation field.
