Finnish micro-factory highlights path to business success
Tim Sandle for Digital Journal: The micro-factory concept is based on robotics and a flexible approach to manufacturing. Then key selling point is that the factory can be set-up and put to work very quickly.
Will Voxeljet's High Speed Sintering Reinvent 3D Printing?
Zacks Equity Research: The HSS technology involves an infrared absorbing ink, that is selectively jetted onto layers of plastic powder, which are then exposed to infrared light. The powder melts under the light and forms functional plastic parts with qualities similar to those produced via Selective Laser Sintering, Multi Jet Fusion, or injection molding.
What does Industry 4.0 mean for the future of logistics?
Steve Twydell for ITProPortal: Rapid advances in artificial intelligence will change the way we manage logistics across a range of industries says Steve Twydell, CEO of transport management experts 3T Logistics.
5 ways to advance robotics in manufacturing
Stephanie Condon for ZDNet: The maturity of automated technology used in manufacturing is all over the map, says Carnegie Mellon Prof. Howie Choset, but there are concrete ways to fix that.
Introducing Myriad X: Unleashing AI at the Edge
Remi El-Ouazzane for Intel: The First Vision Processing Unit with a Dedicated Neural Compute Engine will Give Devices the Ability to See, Understand and Interact with the World Around Them in Real Time
Laser ultrasound: the future of metal 3D printing?
Nell Walker for Manufacturing Global: Using laser ultrasound rather than camera imaging, it is hoped that Duttons work could encourage the use of 3D printing within mass manufacturing industries, as it removes the need for a separate inspection process.
Defending 3D Printers From Hackers
Charles Q. Choi for IEEE Spectrum: Researchers reveal three methods of verifying that 3d-printed parts have not been compromised by someone hacking the printer itself.
Space-Based 3-D Printing Reaches Milestone
Mike Wall, SPACE.com: A 3D printer built by the California-based company Made in Space churned out multiple polymer-alloy objects - the largest of which was a 33.5-inch-long (85 centimeters) beam - during a 24-day test inside a thermal vacuum chamber (TVAC) here in Silicon Valley at NASA's Ames Research Center in June.
100x faster, 10x cheaper: 3D metal printing is about to go mainstream
Loz Blain for New Atlas: Desktop Metals Studio System includes a fully-automated, office-friendly sintering furnace with fast cycle times and a peak temperature of 1400°C, allowing for the sintering of a wide variety of materials
The US Navy 3D printed a concept submersible in four weeks
Andrew Liptak for The Verge: The team began work in August 2016, and used a massive industrial 3D Pinter called Big Area Additive Manufacturing (BAAM) to manufacture six carbon fiber sections, which were then assembled into the 30 foot long vehicle.
New 3D Printing Technique Significantly Strengthens Materials
Kenny Walter for R&D Magazine: Researchers from Texas A&M University have strengthened 3D printed parts by applying traditional welding concepts to bond the submillimeter layers in a 3D printed part together.
AFRL researchers explore automation, additive technologies for cost efficient solar power
Phys.org: Solar cells can generate electricity in an environmentally friendly way, but current, complex fabrication costs make the technology expensive.
Desktop Metal gets $115 million investment in 3D printing technology
Andy Rosen for The Boston Globe: The company said the amount represents the largest private haul for any 3D printing company focused on metal. Desktop Metal has now raised $212 million since its launch in 2015.
Spider robots on the move for additive manufacturing
Stuart Nathan for The Engineer: Like several concepts in mobile additive manufacture, the Spider bots grew out of a concept to build bases for exploration on the Moon and other planets.
Achieving Lights-Out Manufacturing with Industrial Robots
Kagan Pittman for Engineering.com: The robot combo has been tasked with automating a black oxide process, which involves dipping parts in various chemical baths in a precise sequence.
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