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Laboratory advances hint at how additive manufacturing technology could change the way some electronic devices are made.
A smarter, safer new industrial robot could bring automation to new areas of manual work and help many U.S. manufacturers regain a competitive edge.
Corning developed a thin, flexible glass, but the real breakthrough was figuring out how to mass-produce it.
Rethink Robotics invented a $22,000 humanoid robot that competes with low-wage workers.
Fans of 3-D printers and digital design tools argue that these technologies will transform the way we make goods. But can the “maker” movement really produce more than iPhone covers and jewelry?
A new process uses a high-energy ion accelerator to make thin silicon solar cells.
Kateeva says its new manufacturing equipment can produce affordable displays based on organic light-emitting diodes.
Drawing on artificial-intelligence capabilities, PARC researchers are developing software meant to help make manufacturing accessible to people without manufacturing expertise.
A layer-by-layer fabrication tool lets researchers quickly form complicated biological tissue in three-dimensional space.
A biopharmaceutical company will know this year whether an antibody produced using a unique technique can prevent chronic migraines.