Filter By “Additive Manufacturing”

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Precision Micro Additive Manufacturing: Change the way you think about precision parts

Learn about the new frontier in miniaturization and high-precision additive manufacturing.

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Precision Micro Additive Manufacturing: Change the way you think about precision parts

Learn about the new frontier in miniaturization and high-precision additive manufacturing.

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On Demand Webinar: Additively Manufactured Electronics Applications in Medical Research

Register now to learn how CBN-IIT and University of Alberta use AME to support medical research.

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Precision Micro Additive Manufacturing: Change the way you think about precision parts

Learn about the new frontier in miniaturization and high-precision additive manufacturing.

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ProtoSpace Uses AME To Print A Custom Multilayer Bandpass Filter

Dr. Yang and his team at UTS discovered a unique AME solution for 5G mm-wave circuit-in-package (CiP) designs

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Design Your First Additively Manufactured Electronics (AME)

Academic science, defense, and R&D labs, however, are exploring more unusual forms of conductive metal and polymer structures to test experiments and uncover new phenomena. Our latest research study features not conventional electronic components but rather an array of small metal structures that would be difficult, if not impossible, to fabricate any other way.

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3D Printed 5G Antennas and Advanced AME Devices with AME Technology

View this presentation to understand the DragonFly technology for Additively Manufactured Electronics (AME) as well as examples of devices designed and prototyped by University of Technology, Sydney.

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Micro AM: Small Parts, Big Deal for MultiVu
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Fabrica Precision Micro AM at AntiShock

AntiShock is developing a breakthrough electro-optical sensing medical device based on a tiny sensor. This device is built out of several small mechanical moving components that have to be strong and accurate. In order to validate its product and produce a working prototype, AntiShock had to locate and use advanced and accurate manufacturing technologies.