GKN Aerospace Expands Additive Manufacturing Use in Engine Programs
GKN Aerospace is increasing its adoption of additive manufacturing (AM) for components across several major engine programs, aiming for broader integration of the technology.
GKN Aerospace is making significant strides in integrating additive manufacturing (AM) into its production lines for major engine programs. The company has been actively developing and qualifying AM components, moving beyond initial applications to a wider rollout.
This expansion is driven by the benefits AM offers, including reduced part count, improved performance, and optimized supply chains. GKN Aerospace has focused on demonstrating the reliability and capability of AM for critical engine applications, leading to its increased acceptance by customers and regulatory bodies.
The company's commitment to AM is reflected in its ongoing investment in technology, talent, and process development. This strategic push aims to leverage AM for more complex and high-value components, further enhancing the efficiency and sustainability of aircraft engine manufacturing.
GKN Aerospace's expanded use of AM in engine programs signifies a maturing of the technology for critical aerospace applications. By qualifying and integrating more AM parts, they are demonstrating its viability for complex, high-performance components, reducing lead times and potentially enabling novel designs. This aligns with the broader aerospace industry's push for lighter, more efficient, and cost-effective manufacturing solutions, including potential applications for in-situ manufacturing in space.
Edited by the news editor with AI from the original report — please refer to the original source.