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Description
This paper looks at the rapid advancement of additive manufacturing (3D printing) and its implications for national security. As the technology becomes more affordable and widely accessible, it enables the production of complex components ranging from industrial materials to biomedical applications. Additive manufacturing can enhance military effectiveness by reducing production time, cost, weight, and logistical burdens while enabling on-demand, customized manufacturing. At the same time, the proliferation of this technology presents challenges, as adversaries and non-state actors may gain access to similar capabilities, raising legal, regulatory, and security concerns. The paper stresses the need for policymakers to anticipate both the opportunities and risks associated with additive manufacturing as it becomes an increasingly integral part of future defense and industrial systems.
Document Type
Policy Brief
Region(s)
United States, Global, North America
Topic(s)
Emerging Science and Technologies, Defense Policy, National Security
Publication Date
9-2012
Publication
Defense Horizons
Publisher
National Defense University Press
City
Washington, DC
Keywords
additive manufacturing, 3D printing, emerging technologies, disruptive technology, defense innovation, manufacturing, military logistics, supply chain, industrial base, rapid prototyping, national security, technology proliferation, dual-use technology, innovation, advanced manufacturing
Recommended Citation
McNulty, Connor M.; Arnas, Neyla; and Campbell, Thomas A., "Toward the Printed World: Additive Manufacturing and Implications for National Security" (2012). Defense Horizons. 12.
https://digitalcommons.ndu.edu/defense-horizons/12