China3D printingNet February 8th, since the launch of proprietary technology in 2014, industrial3D printingMachine OEM Nano Dimension has established its own reputation in the field of Additive Manufacturing Electronics (AME).
Through its flagship product DragonFlyLDM®3D printingWith the continuous improvement of the machine, the company will now optimize the performance of its high-performance electronic devices (Hi-PEDs™)3D printingSpeed, this is an area that has achieved great success in this field in recent years. The Hi-PEDs™ targeted by the company cannot usually be produced using traditional printed circuit board (PCB) manufacturing processes.
Yoav Stern, CEO of Nano Dimension, said: “We are3D printingThe company is mainly for customers who need to stay at the forefront of electronic design. You are creating the latest innovations in hardware development and electronic circuits. You need an additive manufacturing solution that can take you to an unprecedented situation in the field of electronic design, and reach it faster and easier than ever before.
Nano Dimension’s DragonFly LDM 3D electronic printer. Filmed by Nano Dimension.
DragonFly LDM Electronics3D printingmachine
DragonFlyLDM® is the driving force behind Nano Dimension’s AME function, which combines free-form geometry with embedded 3D electronics. Equipped with two independent print heads, the system can deposit conductive silver nano ink and dielectric photopolymer ink at the same time. The former occupies most of the printed circuit connection, while the latter provides mechanical support, thermal resistance and electrical insulation for the surrounding structure.
The system is very suitable for rapid prototyping and can be used safely in office and laboratory environments. Starting from Gerber or CAD files, users can generate customized Hi-PEDs™ with just a few clicks, such as complex multilayer circuits. The AME technology of the system allows many embedded electronic components, including capacitors, antennas, coils and converters. By the way, it is also possible to install electronic devices in an unconventional cubic package to separate them from the rest of the circuit board.
Stern added: “Nano Dimension narrows the gap between PCB and semiconductor integrated circuits. With the click of a button, the revolution from CAD to powerful AME equipment can be realized in a few hours, and this is completely material consumption. the cost of.”
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Nano Dimension’s AME 3D printingThe technology works by depositing two different types of ink. The image passes nanometer size.
AME of ISS 3D printing
Although the AME process has been applied in many industries such as medical and automotive, a project completed in cooperation with the communications technology company Harris Corporation (now L3Harris) is eye-catching.Partners are committed to3D printingThe radio frequency (RF) circuit is used to transmit data with the ISS. Traditional production of radio frequency circuits is usually a very tedious process of trial and error, requiring multiple design iterations.
Dr. Arthur Paolella, Senior Scientist at L3Harris, said: ” 3D printingThe application is extensive, involving almost all aspects of research, design and manufacturing. The main purpose of the project is to conduct an experiment composed of integrated communication circuits manufactured by additive manufacturing and analyze the RF characteristics of these materials in a space environment. As far as we know, this will be the first systematic method of analyzing such devices in space. “
Using Nano Dimension’s AME technology, the partner 3D printed a 101 x 38 x 3mm circuit in about 10 hours.In contrast to traditionally manufactured3D printingAfter the RF circuit was tested, L3Harris determined that the transmission performance of the two was very similar.The difference in time and cost is indeed3D printingWhere it shines, because Nano Dimension’s RF circuit allows multiple design iterations in a shorter time, which ultimately reduces costs and shortens the time to market.
3D printingRadio frequency circuit board. Filmed by Nano Dimension.
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