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In plastic injection molding, it's a good idea to test different design ideas on the computer before making the parts and molds. In the past, many practitioners would simulate variant after variant, one by one, to predict issues and eventually converge on an okay solution. This trial-and-error way of doing simulation is quickly becoming obsolete. There is a better way.

In recent years, more and more companies have discovered how to use parallel computing to explore more solutions at once. This unlocks real-time cause-and-effect analysis, instantly telling you how changes to your design (for example, wall thicknesses or injection parameters) will affect the quality (warpage, filling issues and so on).

This new gold-standard way of working is called rapid variant analysis. It has become possible due to advances in computing power and usability enhancements that make it possible to harness this power to tackle warpage, filling issues, cycle time and so on. In this talk, Simcon will show how several leading companies have upgraded to this new way of working in recent years.

Presented by:

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  • Why the old way of trial-and-error simulation in injection molding is becoming obsolete
  • A better way of working: rapid variant analysis
  • How more and more companies upgrade to a new way of working
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Dr. Bastiaan Oud
Head of Strategy
Bastiaan Oud shapes the long-term strategic priorities of injection molding simulations specialist Simcon. As a former McKinsey digital and analytics engagement manager, he also coaches client management teams, particularly on devising and implementing digitalized ways of working. Taking full advantage of the latest digital advances in injection molding part and mold design requires more than just installing a piece of software—it requires rethinking and rewiring the way of working itself.
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Sebastian Sutter
Head of International Business
Sebastian Sutter heads Simcon's international business development team, spearheading the rapid international expansion of Simcon's simulation and mold tryout solutions. In this function, he is also in charge of their sales and support infrastructure in international markets. Sebastian also engages directly with large clients to help them solve their most demanding injection molding challenges. He has more than 15 years of experience in the field of software-supported plastic injection molding design, leading projects in multiple industries.
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