Intalus raises $11M seed, building production hub at Purdue

Intalus, a materials startup that infuses ceramics directly into metal parts, has raised an $11 million seed round and is building out its production capacity at Purdue University's Hypersonic Advanced Manufacturing Technology Center in West Lafayette, Indiana.

The company disclosed the round exclusively to Semafor on May 6. Origin Ventures led the financing through its sixth fund, with participation from Lockheed Martin, Scout Ventures, and additional unnamed investors, according to a blog post from Origin partner Carolina Galdiz.

Intalus's core technology is a patented process the company calls Targeted Phase Infusion (TPI). Rather than applying a surface coating, the process embeds ceramic into the metal of a finished part. Origin Ventures said the approach is meant to replace conventional treatments such as paint, plating, thermal spray and PVD that can delaminate, crack, or wear through in demanding applications. These include landing gear, hypersonic leading edges, undersea actuators, and high-performance brakes.

Semafor reported that Intalus uses waveform energy, including lasers, to alter the internal structure of the metals it treats, making them more resistant to heat and corrosion. The company's CEO told Semafor that more than half of the teams in Formula 1 currently use its materials. Origin Ventures shared that additional customers include the U.S. Department of Defense, the Department of Energy, an undersea unmanned underwater vehicle program, and a global consumer electronics OEM. Specific customer names were not released, and the post said Intalus is in active discussions with hypersonic and aerospace propulsion manufacturers.

Intalus was founded by CEO Gene Skiba and co-founder Peter Ostlund, who Origin said spent close to a decade developing the company's materials platform.

The investor framed the timing in terms of three pressures on the U.S. industrial base: the rebuilding of the defense and maritime supply chain, durability demands from new energy systems including hydrogen and nuclear, and a regulatory phase-out of legacy hardening chemistries — chromium in particular. Origin Ventures said most advanced hardened-metal manufacturing capacity currently sits overseas, and U.S. manufacturers are looking for domestic alternatives.

Semafor flagged a separate angle: machine learning. Intalus's CEO told the publication the product could not have been developed without it, and that materials science more broadly is being reshaped by larger datasets and increased compute.