Researchers have created a 3D printed cosmic microwave background - a map of the oldest light in the universe - and provided the files for download.
How can a magnet be produced with precisely the right magnetic field? A team of researchers from TU Wien has a solution for the first time: a 3D printer can make magnets.
Researchers from Harvard University have successfully built the first sensor-integrated completely 3D-printed organ-on-a-chip.
3D printed materials with a unique property of shrinking when heated instead of expanding have been developed by a team of researchers, with members from Lawrence Livermore National Laboratory's Additive Manufacturing Initiative.
The open source 3D printer manufacturer, Ultimaker, recently announced the global availability of Ultimaker 3, the next generation of its 3D printing product line.
3D printing technology has developed over the past decade to include multi-material fabrication, facilitating manufacture of powerful, functional objects.
A smartphone microscope that can be easily assembled, offers new techniques to interact with and also to learn about common microbes. This open-source device can be used either by teachers or for various other educational requirements.
Robots can break, and it is often because they don't have enough padding to protect themselves. Researchers at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) will present a new method for 3D printing soft materials, which would make robots safer and more precise in their movements.
A 3D printable ink has been developed by a group of researchers from Northwestern University. This 3D printable ink is capable of developing a synthetic bone implant that can rapidly induce bone growth and regeneration. The shape of this hyperelastic bone material can be customized, and could one day be used to treat bone defects in children.
Oak Ridge National Laboratory’s recent innovation in the field of additive manufacturing is focused on heavy construction machinery. The researchers at ORNL are collaborating with university students and industry partners to design and develop the first-ever 3D printed excavator, a prototype, which will control large-scale AM technologies and will explore the viability of printing using metal alloys.
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