At the core of the system is LabAM24’s patented Morphing Shield Technology (MST), which creates a portable inert gas environment directly around the melt pool.

This removes the need for large sealed chambers while maintaining the controlled atmospheric conditions required for reactive alloys such as Ti-6Al-4V, C-103 and AA 6061.

LabAM24’s RT-MCT technology continuously monitors oxygen levels and melt pool conditions throughout the build process.

Integrated real-time feedback helps maintain stable process control for aerospace, defence, energy and advanced industrial applications.

LabAM24 technology is designed for scalable reactive metal additive manufacturing without the limitations of traditional chamber-based systems.

The platform supports integration with existing robotic and gantry systems, helping manufacturers expand capability without replacing current equipment.

LabAM24 technology has received support from major aerospace and research organisations, including funding from the U.S. Air Force Research Lab (AOARD).

The company has also secured a supply contract with the Korea Aerospace Research Institute (KARI) for the production of Niobium C-103 rocket nozzles.