3D printing robotic arm with bones, ligaments, and tendons
Editor in Chief CircleScience and Technology Daily, Beijing, November 15 (Reporter Zhang Mengran) - Researchers from the Swiss Federal Institute of Technology in Zurich and an American startup have successfully printed a robotic arm for the first time using the latest laser scanning technology, which includes bones, ligaments, and tendons made of different polymers. This new technology enables one-time 3D printing of special plastics with elasticity, opening up a new path for the production of flexible robot structures...
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Yinchuan Manufacturing | Exploring the 3D Printing Factory to Turn Imagination into Reality
Source: [People's Daily] Replay suspend 00:07 / 03:01 direct seeding 00:00 Enter full screen 0 Click and hold to drag videos What can 3D printing produce? In Yinchuan, Ningxia, engineers are building a brand new casting using 3D printing. As the sand box is pushed in, printing begins, and the sander evenly spreads the sand...
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Fenghe Technology: A New Additive Technology Thousands of Times Faster than 3D Printing
With precision spray forming technology, Fenghe Technology has successfully developed dozens of high-performance alloys with an annual production capacity of 10000 tons. Photographed by Liu MingEntering Foshan Fenghe Precision Spray Forming Technology Co...
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Log printing traceId when using Skywalking on SpringCloudGateway
SpringCloudGateway3.1...
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Huawei's phone has a hidden function in the upper right corner, so scanning files no longer requires going to the printing store
In our daily lives, sometimes we need to scan files, but we don't have a scanner around us. In fact, Huawei phones have a hidden function in the upper right corner, so in the future, we won't have to go to the printing store to scan files...
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3D printing with metal free flexible adhesive electrodes
Science and Technology Daily, Beijing, June 19 (Reporter Zhang Jiaxin) According to the latest issue of Nature Materials, an international team led by Massachusetts Institute of Technology in the United States has developed a kind of metal free jelly like material, which is as soft and tough as biological tissue, and can conduct electricity as traditional metals. This material can be made into printing ink, which may one day become a functional gel based electrode, and has the appearance and feel of biological tissue...
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3D Printing of Food from Plant Callus Using New Technologies
Innovation Connection - RussiaResearchers at the Vyatka National University in Russia have recently developed new food 3D printing technology and many new "bio ink" formulas. Unlike similar technologies, this technology utilizes plant callus tissue to "prepare" dishes with the required biochemical parameters, just like designers do...
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