From Macro- To Nano-Scale: Innovation In Additive Manufacturing Technologies, Materials And Qualification 2/2


17 Sept.			11:30 - 13:00

ROOM 6

ADDITIVE & 3D MANUFACTURING

ADVANCED MATERIALS
TT.VI - Technical Parallel Track Sessions
From Macro- To Nano-Scale: Innovation In Additive Manufacturing Technologies, Materials And Qualification 2/2
Co-organised with ENEA & Polytechnic University of Turin Chairs: Giovanni DI GIROLAMO & Giuseppe BARBIERI, ENEA
This second session will focus on the development and optimization of 3D manufacturing technologies and printed materials, including electrical and thermal conductive and dielectric ceramic materials, aimed to prototyping and fabrication of advanced electronic devices, for example printed wearable, implantable and biointegrated devices. The integration of various additive manufacturing techniques will be explored to fabricate advanced electronic devices with improved and unique microstructures and functionalities, from micro- to nano-scale, in order to integrate sensing, electrical interconnection, wireless communication and local sign transducers and actuators.

TT.VI.A.1	Vincenzo MASTRONARDI - CV University of Salento Printed and Additively Manufactured Electronics for Wearable, Implantable, and Fiber-Based Biointerfaces
TT.VI.A.2	Matilde ARONNE - CV Polytechnic University of Turin Enabling circularity in electronic system through ceramic additive manufacturing
TT.VI.A.3	Miriam POLANO - CV Polytechnic University of Turin Electrically conductive microstructures printed by TPP technology for electronics applications
TT.VI.A.4	Luca MONTAINA - CV CNR-IMM Direct Microdispensing Printing of Silver-Based Heaters on 3D-Printed TPU for Shape-Memory Actuation