Opening

Inauguration of AM@Chalmers and WISE Additive node at Chalmers

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Welcome to the inauguration of the AM@Chalmers and WISE Additive node at Chalmers. This open research infrastructure aims to accelerate the development and implementation of sustainable additive manufacturing, enabled by state-of-the-art, powder-based metal additive manufacturing technologies.

Overview

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Additive manufacturing (AM) is generally considered as one of the most resource-efficient manufacturing technologies, allowing for the production of complex-shape multi-functional components thanks to the near-net shape manufacturing. Despite the vast possibilities, industrial implementation of AM is today rather limited due to the low maturity and poor accessibility of the technology. Hence, it is of highest importance that we can provide our future engineers and scientists with access to cutting-edge infrastructure and competence, providing a breeding ground for technology and material development, and education to enable Sweden to strengthen its position as one of the leading countries in materials science and sustainable material- and technology development.

At this event we inaugurate AM@Chalmers and WISE Additive node at Chalmers that provide access to the more than ten recently installed powder-based metal and multi-material additive manufacturing technologies as well as variety of powder characterization techniques. This will enable the development of new material combinations and microstructures, not possible to obtain using traditional manufacturing technologies, that can outperform existing materials. Examples include large, complex components of metallic glasses, metal/metal and metal/ceramic composites, gradient material structures, multi-material additive manufacturing of multi-functional components, etc. 

Registration will be open from August until September 22 via this page.
If you have any questions concering registration, please contact Jessica Twedmark

Agenda for the inauguraiton of AM@Chalmers and WISE Additive, Chalmers node

 
  • Additive Manufacturing at IMS – Prof. Rikard Söderberg, Prefect, IMS, Chalmers 
  • Introduction to WISE and the WISE RTP Concept – Prof. Magnus Berggren, WISE Program Director
  • WISE Additive – a national infrastructure for additive manufacturing – Prof. Cecilia Persson, Scientific Director WISE Additive, Uppsala University
  • Additive Manufacturing in the sustainable and digital industrial transformation - Prof. Ola Isaksson, Co-Director of Chalmers Area of Advance Production
 
  • Multi Material Additive Manufacturing of Functional Materials – Prof. Dr. Gerhard Schneider, Hochschule Aalen, Germany
  • Multi Material Additive Manufacturing: Pitfalls and Opportunities – Prof. Dr. Eric Jägle, Universität der Bundeswehr München, Germany
 
  • Multi-material vat photopolymerization of different ceramic/ceramic and ceramic/metal systems – Dr. Martin Schwentenwein, Chief Scientific Officer, Lithoz GmbH
  • Opportunities with Lithography-based Metal Manufacturing – Dr. György Harakály, Head of R&D Materials, Incus GmbH
  • Exploring in-situ alloying Strategies for High-performance Alloys – Han-Zu Haller, CCO InssTek
 
 
  • Quality Control of Metal Powder for Additive Manufacturing & Other Powder Metallurgy Processes – Ted Rönnevall, Microtrac through Oleinitec Nordic
  • Relevance and Application of Light Element in Additive Manufacturing – analytical possibilites for characterization and monitoring from powder to final product – Christian Zuehlke, Bruker 
  • Pouch battery cell assembling based on the advanced electrode processing – Associate Prof. Jinhua Sun, Chalmers
  • Spectrophotometric instruments by Shimadzu and applications to metal powders – Ilya Zelikman, Shimadzu Sverige
  • EDM a ”problem solver” - Fredrik Claesson, Owner/CEO of FC Maskin AB and Christian Wienholdt, Mitsubishi Electric EDM
  • WISE Research at Chalmers, Prof. Maria Abrahamsson, Chalmers