Nano Dimension, an Israeli electronics 3D printer producer, has gained grant acceptance from the Israel Innovation Authority to produce radio frequency (RF) area techniques for NASA’s Intercontinental Space Station (ISS).
A a person-calendar year challenge, it will be finished in collaboration with Harris Corporation, a Floridian tactical communications organization, that will use its ground-dependent satellite tracking station to make get hold of with the 3D printed RF devices.
The Israel Innovation Authority will finance 40% of the whole accredited budget for the Israeli part of this challenge which stands at an estimated $416,000 (NIS 1,500,000). In addition, the Harris Company portion is sponsored by a grant from the Space Florida Foundation.
3D printed RF satellites
In accordance to Nano Dimension, RF method producing has remained static for the last 30 many years as each individual circuit is intertwined with cables and connectors in its have “gold box”. With the integration of additive producing certification, significantly the DragonFly 2020 Pro 3D printer, an all-in-1 PCB 3D printing certification program, manufacturing can be streamlined and handbook labor and squandered material can be minimized.
As these kinds of, this venture has been chosen by the Heart for the Advancement of Science in Room (CASIS), a non-financial gain firm that manages the ISS U.S. National Laboratory, to perform space flight experiments on the ISS using the new 3D printed RF techniques.
Additional specially, the partners will allow a space flight experiment that will fly in space at minimal earth orbit (LEO) for 1 calendar year on the ISS to realize how 3D printed circuits, methods, products, and nanosatellites will endure a variety of room environments.
Altering electronics manufacturing
In November 2018, Nano Dimension and Harris Corporation demonstrated the operation of 3D printing certification RF amplifier circuit boards applying a DragonFly 2020 Pro 3D printer. Following this experimentation, Arthur Paolella, Ph.D., senior scientist, Area and Intelligence Programs, Harris Company reported:
“Our outcomes showed similar RF overall performance in between the 3D printed edition and the baseline amplifier, evidently demonstrating the viability of 3D printed electronics for RF circuitry.”
In addition, earlier this 12 months, Nano Dimension was granted a patent for its dielectric ink utilized for 3D printing certification electronics by the United States Patents and Trademark Office and the Korean Intellectual House Office environment. Upon this growth, Amit Dror, CEO of the company mentioned, “This patent approval is one more step in our route to fundamentally modify the way digital parts are created, and include worth to structure and producing processes.”
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Highlighted impression exhibits a 3D printed radio frequency (RF) circuit board. Image via Nano Dimension.