Siemens Energy Advances Additive Manufacturing with 30,000 Parts Produced
Siemens Energy has produced 30,000 parts using additive manufacturing techniques, leveraging Laser Powder Bed Fusion and Wire Arc Additive Manufacturing. This achievement reflects a decade-long evolution in the application of AM for gas turbine components, driving significant operational efficiencies and confidence in technology adoption.
Theia Market Signal Identification - AI Assisted
Siemens Energy has utilized additive manufacturing since 2006, producing 30,000 components and 37 tons of superalloy, primarily for its gas turbine fleet. The company has seen a 3x increase in production output in the last eight years, transitioning from experimental applications to consistent manufacturing capabilities.
The adoption of AM is characterized by a phased qualification approach, ensuring rigorous testing and data-driven decision-making at each stage. Future growth is anticipated as the demand for AM increases, necessitating expanded machine capacities and a broader ecosystem of support. Scaling responsibly will require synchronization across machine OEMs, material suppliers, and operational resources to maintain quality and efficiency.
Comments