Aerospace Manufacturing

The rapid transition from experimental prototyping toward high-volume industrial output has fundamentally altered the landscape of metal additive manufacturing by demanding unprecedented levels of speed and precision. Traditional single-laser systems often struggle to meet the throughput

Digitizing the tracking of chemical and physical histories for metal powders eliminates the dangerous black box of material contamination in additive processes. This fundamental shift marks the transition from additive manufacturing as a mere fabrication tool to a sophisticated data-driven

GKN Aerospace’s reduction of lead times from nine months to four weeks demonstrates how additive manufacturing can achieve massive material waste reductions in ring production. This dramatic shift highlights a broader industry trend where the focus has moved beyond the mere capability of printing

For companies operating in the aerospace and medical sectors, maintaining a seamless digital record is a mandatory regulatory requirement rather than an operational luxury. This shift represents a fundamental maturation of additive manufacturing, where the physical output of a 3D printer is no

Hexagon’s new HYPERSCAN SR utilizes WiFi 6 technology to provide wireless optical tracking, enabling high-mobility 3D scanning in demanding environments like construction and energy sites. This breakthrough is merely one highlight from the 2026 International Manufacturing Technology Show (IMTS),

The Italian aerospace sector has effectively transitioned from traditional satellite deployment toward a paradigm where low-Earth orbit functions as a sophisticated extension of the national manufacturing infrastructure. This evolution reflects a broader global movement where space is no longer