
Machina has been awarded a qualification contract from Lockheed Martin in support of the JASSM program. | Credit: Machina Labs Advanced manufacturing and robotics pioneer Machina Labs has secured a landmark qualification contract from Lockheed Martin to support the Joint Air-to-Surface Standoff Missile, or JASSM, program, marking the first time a component built using the company’s robotic “RoboForming” technology has advanced to qualification for a U.S. defense missile system.
Machina Labs, a robotics company specializing in metal-forming technology, has received a qualification contract to produce components for a major U.S. defense missile system. The company uses coordinated industrial robots to shape metal parts from exotic materials like titanium, a process that can create high-quality components in small quantities without expensive custom tooling. This represents the first time Machina's RoboForming technology has advanced to qualification for a U.S. defense missile system, and the company is building a new 200,000-square-foot facility dedicated to defense manufacturing that will compress production timelines from months to days.

The CEO of Foundation Future Industries, which counts the president’s son as its chief strategy adviser, tells WIRED it’s exploring some “kinetic things.”

Thousands of unionized Hyundai auto workers began walking off the job early after negotiations with the South Korean automaker broke down over plans to deploy humanoid robots—the most significant pushback from organized labor so far over the latest wave of robotic automation. The partial strike at Hyundai’s automotive production complex in the city of Ulsan in South Korea represents “the car industry’s first factory stoppage addressing humanoid robots,” according to The Wall Street Journal. Work

The X1 Panel Lift kit is added to existing equipment for solar panel installation. Source: Xpanner Xpanner Global yesterday released its X1 Panel Lift system, which is designed to address the skilled labor constraint facing the solar industry. The platform, which was previously deployed for solar pile-driving applications, has now been expanded to automated panel lifting and replacement with excavators. Utility-scale solar projects depend on large crews to manually carry, position, and place hea
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