LabAM24 exhibited at Space Tech Expo USA in Anaheim, one of the leading gatherings for the space manufacturing and supply chain community, bringing together prime contractors, propulsion teams, and component suppliers under one roof.
At the booth we presented the InertOn laser-wire DED head module alongside printed titanium samples, giving engineers and program leads a direct, hands-on look at both the hardware and the material results behind it. Seeing the head module up close, then handling parts built with it, closes the gap that a slide deck or spec sheet can't: visitors could assess surface quality, build scale, and finish for themselves.
The conversations on the floor reinforced what we are hearing across the industry. As launch cadence and the demand for large refractory and titanium structures grow, teams are actively looking for additive solutions that deliver chamber-quality material properties without the size limits of a sealed enclosure. For a process built to print flight-relevant metal in open air, that is exactly the problem we are positioned to solve.
