Engineers from Northwestern University have created a new technique to print 3D metallic objects without relying on metal powder beds, and expensive electron beams or lasers. This technique is fast, cheap, and provides a more uniform process, utilizing common furnaces and liquid inks. The research team also demonstrate that the new method could be used for a varied range of metals, alloys, metal mixtures, compounds, and metal oxides.
The University of Tsukuba in conjunction with Dai Nippon Printing Co., Ltd. (DNP) have successfully developed a low cost human organ model production technique for use with 3D printers that helps reveal complicated interior organ structure.
German industrial machining and tooling equipment manufacturer, Trumpf, has added another type of metal 3D printing technology to its portfolio.
A researcher at the University of California, Riverside (UC Riverside) is using 3D printing technology to gain a better insight into the formation of galaxies and the evolution of the universe and its cosmic structures.
Only a few days after announcing the expansion of its technological range of industrial machines for selective laser sintering of polymers and related materials, Prodways Group announces the launch of its Aerospace division.
A free online course will enable people to discover how the world of 3D printing and new biocompatible materials is allowing scientists and surgeons to rethink approaches to healthcare.
A team of scientists from the University of California, Riverside have discovered that certain commercially available 3D printers create parts that are harmful to zebrafish embryos. This latest research raises concerns regarding the disposal of waste materials and objects created by 3D printers.
Students at Montana State University’s (MSU) Space Science and Engineering Laboratory (SSEL) and space professionals have together developed a tiny satellite using 3D printing technology.
A 3D printer is being sent to the International Space Station (ISS) by a collaborative team comprised of aerospace manufacturers Made In Space and Lowe's Innovation Labs. The 3D printer is expected to increase the operational capacity of the ISS.
Whispering-Gallery-Mode (WGM) microcavities that confine light in a small volume with high quality (Q) factors and enhance interaction of light with matters inside the cavity have shown promising applications as an element for a variety of devices such as micro-lasers, micro-sensors, micro-filters, and thus are becoming the basic building blocks of integrated photonic systems. This leads to tremendous progress in the development of micro-scale high-Q microcavity processing technologies.
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