Originally published by:tctmagazine.com
M4S Take

Norsk Titanium secured its first serial production award for aerospace structural titanium components after a multi-year qualification process

  • This is a meaningful data point for the industry: wire-based DED can clear the qualification bar for flight-critical hardware, and at least one major prime is moving beyond deve...
  • For engineers evaluating AM for structural applications, the qualification pathway has been validated by a tier-one defense contractor

The Qualification Journey

Aerospace suppliers don't just appear ready for serial production. Norsk Titanium spent multiple years clearing Northrop Grumman's qualification gates, demonstrating repeatability across successive build campaigns and accumulating statistical evidence that its Rapid Plasma Deposition process could deliver components meeting aerospace structural requirements.

This wasn't a prototype arrangement. The contract represents production intent for actual structural titanium components on active platforms.

Technical Context

Norsk's RPD technology uses wire feedstock and a plasma arc to deposit titanium at rates significantly higher than powder-based alternatives. For components in the 5-20 kg range, build times that would stretch to 40+ hours on slower systems compress substantially with RPD. That matters when you're talking about recurring production volumes rather than one-off parts.

The qualification process for aerospace structural titanium typically demands demonstrated material properties across multiple builds, including tensile strength, fatigue performance, and microstructural consistency. Norsk had to prove process capability indices (Cpk) at levels appropriate for flight-critical components before any production award.

Northrop Grumman isn't selecting untested technology. Norsk has been qualifying this process for years, and this contract signals that qualification work crossed the finish line.

Broader Industry Signal

This follows Norsk's 2024 announcement of a collaborative agreement with Airbus to install a Merke IV RPD machine at Airbus's Varel, Germany facility. That partnership includes joint work on moving from part-specific qualification toward process-based methodologies. If successful, that approach could compress qualification timelines significantly for new titanium components, since you'd qualify the process rather than each individual part drawing.

That shift matters across the industry. Current qualification cycles for new aerospace components often run 18-24 months. Process-based qualification could cut that substantially.

What This Means

Norsk Titanium is now a qualified supplier for structural titanium components on active aerospace programs. That's a different position than being a development partner or a qualification candidate. The company moves from proving the technology works to proving it can sustain production economics and delivery schedules.

For aerospace primes evaluating AM for structural titanium, this contract provides real-world evidence that a wire-based DED process can clear the qualification bar. That matters for supply chain diversification and for programs evaluating AM against conventional forging and machining.

"This milestone reflects the strength of our longstanding collaboration with Northrop Grumman and the proven performance of our technology in demanding aerospace environments," said Fabrizio Ponte, CEO of Norsk Titanium. "We see this as the beginning of a broader production footprint across additional programs and parts."

Norsk isn't disclosing specific part numbers, annual volumes, or contract value. Those details will matter when they surface in supplier financial disclosures or defense contract announcements.

M4S TAKE

My take: partnerships only work when both sides bring something the other cannot build quickly. The test is whether the combined offering solves a problem neither could address alone. If it does, this is worth watching.

Simon McLoughlin

SM

Simon McLoughlin

Founder & Editor, M4S News

20+ years in manufacturing and engineering. I started M4S News to cut through the noise and deliver real intelligence to the people who actually make things. When I'm not writing or editing, I'm talking to engineers on factory floors.

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