3D Additive Nanomanufacturing

17 SEPTEMBER 14:00 - 15:30

TT.VII - Technical Multi-Track with Parallel SYMPOSIA
3D Additive Nanomanufacturing
Co-organized with Sapienza University of Rome Chair: Francesco MURA, Sapienza University of Rome
3D printing techniques or addictive manufacturing have revolutionized material science, allowing fabrication of complex design structures with fast and automated processes. This technology covers many different fields of application from artificial organs to consumer electronics, or from aerospace to automotive sectors, allowing the fabrication of innovative components with peculiar characteristics. Materials are chosen and directly build from concept or design into a functional component, however, not all metals and alloys can be easily processed. Herein, new inks and new synthetic approach, especially new hybrid polymers functionalized with metals and alloys and/or polymers combining several different additive-subtractive fabrication methods, will be presented as well as the technical issues and the new challenges that this technology has to face.
TT.VII.D.1	Piotr KOWALCZEWSKI - CV XTPL S.A, Poland Ultra-precise deposition technology for high-resolution printing of nanomaterials
TT.VII.D.2	Linas JONUSAUSKAS - CV FEMTIKA, Lithuania Femtosecond laser-based 3D micro- and nanomanufacturing
TT.VII.D.3	Nikolina PAVLOVIC CRM Group, Vanguard Initiative - SHAPETRONICS democase Printed intelligence, from 2D to 3D printing processes on metallic objects, and under severe environment: smart coating functions dedicated to digitalization, the Internet of Things (IoT), electronics, energy and aerospace application.
TT.VII.D.4	Flavio TONELLI - CV & Fabrizio BARBERIS - CV University of Genova Advanced manufacturing in the framework of I4.0
ROOM 15