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Learn how LFAM reduces production costs by eliminating the need for costly molds, tooling and labor-intensive assembly processes.

Producing high-mix/low-volume batches for aerospace and defense applications requires precision machining in challenging materials.

With a new era of industrialization looming—Industry 5.0 and factory 5.0—it’s critical for government organizations to develop unified policies that support automation investment and help U.S.

The 30 outstanding young people honored here are making an impact at work, in their communities and across manufacturing. They are mentors, role models, researchers, engineers, students,

California’s Department of Motor Vehicles approved areas of Waymo operations spanning nearly 250 cities across 18 counties.

Explore the science of diffusion bonding, a method for joining dissimilar metals. Learn its applications, benefits, and how it enhances manufacturing processes.

In aerospace and defense manufacturing, precision is expected—but traceability is essential. Every component must meet exacting specifications.

Aegis Aerospace and United Semiconductors partner to develop a low Earth orbit platform producing advanced semiconductor materials in space, backed by Texas funding.

Hybrid multi-tasking machines that combine subtractive machining with additive manufacturing generally use powder-directed energy deposition (DED) or hot wire laser deposition (HWD)-based systems

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