3D printers, parts for electronic components can be obtained.
of 3D printers user area is growing by the day. Prototype models now place full of jewelry left to machines running. at Harvard University sci-people, the 3D printer usage is working on a project to further develop.
they developed a new lithium-ion battery in 3D thanks to ink to be able to produce parts. With the same process for different electronic components have the opportunity to produce parts. On the bright side, these components, electronic circuits does not spoil and can withstand long to use .
Research has undertaken this process according to the description of science-people development yet stage. 3D printers will be achieved through batteries and electronic parts, large manufacturers might be useful to the business. Potential of this new technology is a fact.
lithium titanium oxide to form the battery anode, deionized water, ethylene glycol nanoparticles are used. Rosary are arranged between the ceramic beds dumped the mixture. Then goes through filtration and mixed for 24 hours . The obtained mixture with a custom mouth 1 micrometer syringe wide area bored.
Ink hardens when left to its own , is sitting on electronics. However, when subjected to high pressure breakup are likely. Room temperature unless made within not found any errors in this process. In this way, simple electrodes, cables and antenna connections can be provided.
with the technical team working onday life used batteries manufactured parts. Jennifer Lewis at Harvard University study is directing. Lewis and his team’s work in this area will provide hands 8 different ink patent ‘s. In later years this technology could offer daily use say.
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3d printer battery electronic parts ethylene glycol mixture harvard university jennifer lewis lithium titanium oxide nanoparticles ink prototype lithium-ion battery
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