Freemelt receives SEK 12M order for two eMELT machines from US-based Intalus

Freemelt has secured an order from US-based Intalus Inc. for two eMELT systems, valued at approximately SEK 12 million, with first delivery planned for late Q3 2026. The agreement includes an option for at least two additional production-scale machines. Intalus will initially use the open E-PBF platform for technology and application development focused on MedTech applications using titanium, with plans to later evaluate refractory metals including tungsten. The collaboration is structured to transition from development to serial production as applications mature.

This order marks Freemelt's first industrial foothold in the US market, a critical step for the Swedish electron-beam PBF specialist as it pursues its SEK 1 billion revenue target by 2030. The deal fits the pattern of niche AM hardware companies seeking to establish beachheads in the US defense and medical supply chain, where domestic sourcing preferences are accelerating. Intalus' focus on titanium for MedTech applications aligns with the broader consumer-electronics and medical titanium pull-through that has tightened powder supply chains and validated E-PBF as a production-capable process. The open-platform nature of eMELT is a deliberate differentiator against closed-loop competitors like GE Additive's Arcam EBM line, though Freemelt still faces the qualification grind required to move from development units to certified production lines in regulated medical and defense verticals.

The practical test for Freemelt is whether Intalus exercises the option for additional production machines, which would signal that the E-PBF platform has cleared application-specific qualification hurdles. For the broader AM industry, this deal reinforces that electron-beam melting is finding its production niche in titanium-based medical and refractory metal applications, rather than competing head-to-head with laser PBF on aluminum or steel. The company must now execute on delivery timelines and demonstrate that its open architecture delivers repeatable process control comparable to established E-PBF systems.