In this work a novel combination of printed electronics using conductive nanoparticle ink
together with 3D printing of dielectric material is presented as one integrated process. This …

In this work a novel fast and efficient three dimensional (3D) printing technique is presented
for prototyping and fabrication of 3D microwave structures to print both the conductive …

This paper introduces a novel additivemanufacturing technique to obtain high-resolution
selective-ink-deposition on complex 3-D objects, packages, and modules for 5G …

This paper realizes the low-cost mm-Wave antennas using inkjet printing of silver nano-
particles. It is widely spread that fabrication of mm-Wave antennas and microwave circuits …

The ability to inkjet print three-dimensional objects with integrated conductive metal provides
many opportunities for fabrication of radio frequency electronics and electronics in general …

This paper presents a parametric study of classical additive 3D-printing settings for use on
conductive filaments in applications for high-frequency topologies. First, a wideband …

In this paper, a variety of 3D printed microwave antennas are presented including wide
band, narrow band, multiband and reconfigurable designs. In particular, single layer patch …

This paper presents a novel integrated 3D printing technique to print complicated and
difficult to fabricate electromagnetic (EM) structures. To demonstrate this technique two …

Abstract 3D printing is becoming increasingly popular due to its convenience, ease of use,
and low cost. Companies such as Ford, General Electric Aviation, and many others are …

This paper focuses on the additive manufacturing of the antenna using biocompatible
dielectric and conductive materials utilizing three-dimensional printing technology. An …