The move to multi-functionality in Additive Manufacturing converges a number of technical challenges, notably the accurate and reliable deposition of different materials and their interaction. In this paper, an investigation on the pattern quality and conductivity of multi-layer printed conductive tracks on multi-layer 3D printed insulator was carried out using a drop-on-demand inkjet technique. Results have shown that the surface finish of the printed insulator had a significant effect on the performance of the conductive tracks that have been overlaid. Also the printing strategy used in the processing resulted different width, height, conductivity and pattern quality of multi-layer printed conductive tracks.Mechanical Engineerin
Inkjet printing has been seen promising in printing conductive inks on variety of substrates other t...
Today’s state of the art additive manufacturing (AM) systems have the ability to fabricate multi-mat...
In this study we investigate the inkjet printing of a silver nanoparticle ink and the optimization o...
The move to multi-functionality in Additive Manufacturing converges a number of technical challenge...
Three dimensional inkjet printing of multiple materials for electronics applications are challenging...
Three dimensional inkjet printing of multiple materials for electronics applications are challenging...
Three dimensional (3D) inkjet printing of multiple materials is being explored widely to fabricate ...
The present study demonstrates for the first time a unique UK-designed and built Additive Manufactur...
This data underlies the paper ‘Investigation and Improvement of the Dispenser Printing of Ele...
The rise and consolidation of Additive Manufacturing (AM) as a technology has made possible the fabr...
Additive manufacturing (AM) has the unique ability to build multifunctional parts with embedded ele...
Electrical interconnections are essential for the integration of electronic functions in a fabric. T...
This study investigates the impact of the surface quality of 3D printed non-planar surfaces on the c...
In this study we investigate the inkjet printing of a silver nanoparticle ink and the optimization ...
Introduction: The ever-growing need for fast prototypes and reduced manufacturing throughput times i...
Inkjet printing has been seen promising in printing conductive inks on variety of substrates other t...
Today’s state of the art additive manufacturing (AM) systems have the ability to fabricate multi-mat...
In this study we investigate the inkjet printing of a silver nanoparticle ink and the optimization o...
The move to multi-functionality in Additive Manufacturing converges a number of technical challenge...
Three dimensional inkjet printing of multiple materials for electronics applications are challenging...
Three dimensional inkjet printing of multiple materials for electronics applications are challenging...
Three dimensional (3D) inkjet printing of multiple materials is being explored widely to fabricate ...
The present study demonstrates for the first time a unique UK-designed and built Additive Manufactur...
This data underlies the paper ‘Investigation and Improvement of the Dispenser Printing of Ele...
The rise and consolidation of Additive Manufacturing (AM) as a technology has made possible the fabr...
Additive manufacturing (AM) has the unique ability to build multifunctional parts with embedded ele...
Electrical interconnections are essential for the integration of electronic functions in a fabric. T...
This study investigates the impact of the surface quality of 3D printed non-planar surfaces on the c...
In this study we investigate the inkjet printing of a silver nanoparticle ink and the optimization ...
Introduction: The ever-growing need for fast prototypes and reduced manufacturing throughput times i...
Inkjet printing has been seen promising in printing conductive inks on variety of substrates other t...
Today’s state of the art additive manufacturing (AM) systems have the ability to fabricate multi-mat...
In this study we investigate the inkjet printing of a silver nanoparticle ink and the optimization o...