Norsk Titanium receives Safran Innovation Award for aerospace additive manufacturing

Norsk Titanium receives Safran Innovation Award for aerospace additive manufacturing

Norsk Titanium, headquartered in Oslo, Norway, has been awarded the Safran Innovation Award for its contributions to the aerospace sector using its proprietary Rapid Plasma Deposition technology. This Directed Energy Deposition process utilizes titanium wire feedstock to produce near-net-shape components, significantly reducing buy-to-fly ratios for critical flight hardware. The recognition follows years of collaboration between Norsk Titanium and Safran, focusing on the qualification and series production of structural Ti-6Al-4V components for commercial aircraft engines and airframes. CEO Michael Canario continues to lead the company as it scales its Plattsburgh, New York, production facility to meet increasing demand for aerospace-grade metal parts.

This award underscores the ongoing industry transition toward qualified, serial-production additive manufacturing for high-stress aerospace applications. Norsk Titanium competes with traditional forging houses and other DED providers by offering a repeatable, data-driven process that satisfies stringent aerospace certification requirements. As the aerospace market continues to prioritize supply chain resilience and material efficiency, the adoption of DED for large-scale titanium structures remains a key growth vector. The company occupies a specific niche in the value chain, providing both the hardware systems and the certified production services necessary for flight-critical components.

For Norsk Titanium, this recognition serves as validation of its long-term qualification strategy with major Tier 1 aerospace suppliers. The company must now focus on scaling throughput at its New York site to maintain cost competitiveness against traditional subtractive manufacturing methods. Buyers should evaluate the total cost of ownership, including post-processing requirements and material waste reduction, when comparing this DED process to conventional titanium forging.