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Ai Build implements AI for error detection in 3D printing in new AiMaker systems AM Software

One of the next key evolutionary phases of additive manufacturing is the full implementation of AI, machine learning and computer vision systems into the AM process in order to catch, eliminate and even correct errors, while improving the overall build process. We know that many experts are working on this, just a couple of days we reported about the Inkbit system that spun off from MIT CSAIL. Now it’s the turn of another company that is so much based on AI that it is even part of its name: London based Ai Build.

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One-to-one with Enrico Dini, the Italian who invented binder jetting for construction Construction 3D Printing

Throughout history, many Italian geniuses did not reap the benefits of their inventions. Just think of Galileo, excommunicated by the Roman Catholic Church for having understood the motion of planets. Or more recently Meucci who invented the telephone only to have Graham Bell obtain the patent and build an empire with it. Many great visionaries had to leave Italy — and continue to have to leave Italy — to find someone willing to finance their ventures, starting with Columbus, who turned to the queen of Spain in order to set sail on the voyage that would lead to the Americas. The story of Enrico Dini, the man who invented the idea of 3D printing concrete houses by binder jetting, is in many ways a modern version of these: a modern odyssey for the future of construction, one that shares some similarities with these great stories.

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Marshall Aerospace and Defence using FDM 3D printing for flight-ready parts Aerospace

UK-based Marshall Aerospace and Defence Group has revealed the various ways in which it is employing 3D printing technologies, and specifically Stratasys’ FDM systems, to produce flight-ready parts for aircraft and ground-running equipment. The company says that additive manufacturing has enabled it to reduce production costs for certain components, while often also reducing weight.

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University of Glasgow’s JetX team 3D prints 18th century steam engine model Transportation

In 1765, an instrument maker at the University of Glasgow named James Watt came up with a way of radically improving the efficiency of the Newcomen steam engine—a breakthrough that played a role in ushering in the Industrial Revolution. Today, 200 years after his death, the innovative JetX team from the University of Glasgow is honouring the inventor with the creation of a 3D printed miniature model of Watt’s steam engine.