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DTSTAMP:20260410T181824
DTSTART:20190502T113000
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URL:https://murmitoyen.com/events/vanille/udem/detail/870354-conference-pha
 rmaceutique-barre-ldigital-light-synthesis-to-drive-manufacturingr
LOCATION:Université de Montréal - Pavillon Jean-Coutu\, 2940\, chemin de 
 la Polytechnique\, Montréal\, QC\, Canada\, H3T 1J7
SUMMARY:Conférence pharmaceutique Barré - «Digital Light Synthesis to Dr
 ive Manufacturing»
DESCRIPTION:Conférence pharmaceutique Barré avec le docteur Joseph M. DeS
 imone
\nLa Faculté de pharmacie de l'Université de Montréal accueillera
  les 2 et 3 mai prochains dans le cadre des Conférences pharmaceutiques B
 arré\, le Dr Joseph M. DeSimone\, éminent professeur de génie chimique 
 de l’Université de la Caroline du Nord et PDG et cofondateur de Carbon 
 Inc.  Dr DeSimone a notamment reçu en 2016 du président Barack Obama la
  National Medal of Technology and Innovation et\, en 2018\, le prestigieux
  prix de la « National Academy of Sciences for convergent science ».
\nT
 itre complet:
\n Digital Light Synthesis to Drive Manufacturing : Converge
 nce of Hardware\, Software and Molecular Science 
\nIn many ways\, manufa
 cturing processes define what’s possible in society.The opportunities to
  make things that can improve the health and well being of society are cen
 tral to our interests to develop scalable methods that can make complex st
 ructures more economically than in the past. This lecture will describe a 
 new advance in additive manufacturing\, referred to as Digital Light Synth
 esis\, that is rapid\, uses materials that have the requisite properties t
 o yield final parts and is economically competitive.  Our approach promis
 es to advance industry beyond basic prototyping\, which is what 3D printin
 g has primarily been limited to\, to truly enable3D manufacturing. Digital
  Light Synthesis (DLS) harnesses light and oxygen to grow objects from a p
 ool of resin instead of printing them layer-by-layer. DLS capitalizes on t
 he fundamental principle of oxygen inhibited photopolymerization to genera
 te a continual liquid-interface of uncured resin between the growing part 
 and the exposure window.
\nPour plus d’information
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