Malvern Panalytical Future Days

Focus on Advanced Manufacturing

 

What do you imagine when you think about the future? Everyone has their own answer to this question, ranging from flying cars to personal goals, but one aspect is usually the same, no matter who you ask. The future will be better!

It’s famously difficult to quantify what ‘better’ actually means – economists and sociologists don’t always agree! – but since industrialization began in the 18th century, a better future for society has always involved faster, safer and more efficient manufacturing. Today, many of us are conscious that we’re watching the dawn of a new era as automation defines our new manufacturing era as ‘Industry 4.0’.

Future Days

This exciting and optimistic vision was the background to our recent Future Days event, which featured an engaging mix of presentations from industry experts in advanced materials, including additive manufacturing (AM). They shared their personal takes on what challenges and opportunities might be around the corner for the AM community, and what they think the best approaches are to ensure AM fulfils its incredible potential.

 

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Find out all the latest insights about additive manufacturing

Prof. Dr Ian Gibson from University of Twente tells you more about all the latest insights about how the 3D printing and additive manufacturing industry is developing, and how strong material characterization can unlock a world of possibilities.

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Round table discussion

To close the Malvern Panalytical Future Days, we discussed on the topics presented during that day, and answered all questions related to the additive manufacturing and 3d printing industries.

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Overview of Malvern Panalytical’s solutions for particle size and shape analysis of AM powders

Dr Anne Virden gives a laboratory introduction to the Mastersizer 3000 and Morphologi 4 solutions for particle size and shape analysis of AM powders.

 

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Exploring the role and measurement of particle size and shape for powder bed  

Dr Paul Carpinone discusses the impact of particle size and shape on, powder spreading and melt characteristics, and how they impact the AM process.

 

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Detecting contaminants in metal powders using X-ray fluorescence

Violeta Uricanu shows the potential of X-ray fluorescence as a tool for identifying down to ppm level with specific emphasis on Tungsten contamination in.

 

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Powdercleanse: An automated closed-loop powder processing system for additive manufacturing

Adam Hall gives an overview of the Powdercleanse project and present operational results from the prototype system, demonstrating that it can successfully convey, sieve and measure the particle size distribution (PSD) of AM powders.

 

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Non-destructive testing of Additive Manufacturing parts using X-ray powder diffraction

Dr Paul O'Meara discusses the importance of XRPD for metal additive manufacturing with several application examples presented.

 

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Gjalt Kuiperes, Sector Director Advanced Materials, Malvern Panalytical: “The best way to predict the future is to create it! And, at Malvern Panalytical, we are helping to shape the future not only through our instruments and services, but also through our collaborations and engagements with industry partners. Together, we will deep dive into what the future will bring – and most importantly, how we can be a part of it!”