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Dive into the future of aerospace manufacturing with ATLAS at Wichita State University, where innovation, workforce development, and advanced technologies converge to transform the industry.

Unlocking the full potential of additive manufacturing (AM) in aerospace hinges on overcoming certification challenges and fostering industry collaboration to standardize processes and data, ultimately revolutionizing aircraft part design and production.

Terry Wohlers describes the outlook for additive manufacturing.

Stratasys Ltd. and Desktop Metal Inc. agreed to combine in a deal valued at $1.8 billion.

Traditional manufacturing principles stress designing for the process. For AM, however, design must encompass the entire process, starting with materials and printing but also consider thermal treatment, machining, chemical post-processing, volumetric and dimensional inspection, and mechanical testing.

The macroeconomic outlook has also taken a toll on the additive manufacturing (AM) industry, with adoption not living up to expectations. This is reflected in the slumping stock prices of publicly traded 3D-printing companies.

Generative design combines algorithms with specifications to provide a new level of automation for product design.

The question is, how can manufacturers mitigate issues related to problems with carbon footprint, supply chains, and labor shortages? Additive manufacturing may be the answer; it has the potential to overcome many of these difficulties.

Additive manufacturing takes center stage in Chicago

Digital and Industry 4.0 technology are revamping manufacturing, a trend that will accelerate, the president of Siemens USA said today.