But whereas current electric systems use the power to ionize, or detonate, a pressurized gas – often a toxic ... while the metal is inert and doesn’t suffer any degradation over time.

Now Boston Metal has successfully demonstrated that its Molten Oxide Electrolysis (MOE) industrial cell can be scaled up to ...

In the process, vibrations eject an aerosol mist of molten metal droplets into a chamber of inert gas that surrounds and cools the droplets. Surface tension then pulls the liquid into spherical drops.

MIT spinout Boston Metal has powered up its electricity driven steel production reactor and made over a ton of metal in a ...

Gas Reuse and Recycling: Investing in systems that allow for the capture, purification, and reuse of 3D printing gases could ...

Now operational at the company’s facility in Woburn, Massachusetts, the multi-inert anode industrial cell provides the validation of the scalability of MOE Steel to achieve commercial production. The ...

That creates a constant risk of collision for active satellites and for the International Space Station — a problem so severe that several surveillance networks across the globe ...