3D printing, future perspectives
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1 3D printing, future perspectives Technologies Materials Impacts on industrial practices BIMO Forum 2014 / CEJEF Porrentruy FormaTTec / 9 septembre 2014
2 Presentation Jérôme Mizeret Coordinateur Ra&D et TT // Haute Ecole Arc // Direction générale Manager FabLab Neuchâtel // fablab-neuch.ch // Ingénieur et docteur EPFL microtechnique / instrumentation médicale Postgrade HEC Lausanne 12 ans dans l industrie 6 ans Haute-Ecole Arc
3 FabLab Neuchâtel
4 Haute Ecole Arc Représente la HES-SO sur Be-Ju-Ne Ingénierie Industrial Desing Engineering Microtechniques Informatique Gestion Economie d entreprise Informatique de gestion Droit économique Santé Soins infirmiers Conservation-restauration Plus de étudiants (formation de base et continue)
5 Technologies and Materials
6 Fused Deposition Modeling (FDM) Thermoplastics: ABS, PLA (hybrid material) + Ease of use + Low cost - Difficult to control tolerance and precision 3dprintingforbeginners.com/3d-printing-technology/
7 Photopolymerisation (SLA) technabob.com/blog/2008/10/23/cosmically-cool-lamp-3d-laser-printing/ en.wikipedia.org/wiki/3d_printing iopscience.iop.org/ /6/1/015003/article
8 Polyjet iopscience.iop.org/ /6/1/015003/article
9 Selective Sintering SLS: Plastic, metal SHS DMLS: Stainless steel, cobalt-chrome, titanium.. EBM (Electron Beam Melting): titanium, Co-Cr + saves materials (up to 90%) - rough finish
10 Three Dimensional Printing (3DP) + Cheaper than SLS + Textured parts + Colours possible - Rough finish - Brittle parts
11 Laminated Object Manufacturing + Size + Speed -complex forms - Important finishing work
12 Technologies available at FabLab Neuchâtel FDM SLA Polyjet SLS / SHS 3DP Laminated object
13 Future materials Biopolymers Metals Ceramics / Concrete Conductive plastics Biological products: scaffold / cells printing picture courtesy 3dprinterclassifieds.com
14 Future materials Solve a lot of concerns: Slaughter of animals CO 2 /CH 4 emissions Water shortage Land shortage Diseases transmission Quality control picture courtesy
15 Impacts on industrial practices
16 Additional manufacturing technology Will not replace today s technology (but supplement it) Some parts can simply not be manufactured without 3D printing picture courtesy iheartrobotics.com picture courtesy businessinsider.com
17 Prototyping to manufacturing image courtesy multimediaman.org
18 (R)evolution in development /creativity pictures courtesy Thalès Airbus: We are on the cusp of a step-change in weight reduction and efficiency producing aircraft parts which weight 30 to 55 % less, while reducing raw material used by 90 %.
19 (R)evolution in development /creativity Think subsystems, not parts picture courtesy levinegabriella.com scis-news.com/from-additive-manufacturing-to-3d-printing/
20 New business models Italian company Barilla is looking to equip restaurants with 3D food printers, allowing customers to design and print their own custom pasta. They want to be able to print pieces of pasta in under two minutes. According to reports, Barilla aims to offer customers cartridges of dough that they can insert into a 3D printer to create their own pasta designs
21 Supply chain management - service field Identification Request to OEM Packing Shipping Customs Delivery Installation Identification Print part Installation US army now sends 3D printers on the battle field
22 Components = commodities
23 Conclusion (r)evolution?
24 Additional sources and references L impression 3D Mathilde Berchon pcmag.com scis-news.com reprap.org wikipedia.org alltrends.over-blog.net iopscience.iop.org objectplot.fr surge-it.com geek.com wophotonics.com arptech.com.au machinedesign.com cadalyst.com sneakernews.com plasticstoday.com converge.gr protoprint.de fixme.ch custompartnet.com additive3d.com
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