Copper is the go-to choice for high conductivity applications, and that is no different in the world of additive manufacturing (AM), or 3D printing, as it is sometimes called. While AM can be an expensive manufacturing method, its unparalleled design freedom enables the creation of highly valuable, high-performance components. This webinar covers the possibilities and advantages of copper AM, specifically using laser powder bed fusion (LPBF) for optimizing thermal management solutions.

Karl Fischer from the Danish Technological Institute (DTI) will first discuss the current state of copper AM production, including its challenges and opportunities. Then Simon Brudler, also from the Danish Technological Institute, will delve into how AM's design flexibility can be utilized to control heat flow, showcasing examples of design tools and applications. The webinar will conclude with Karl and Simon sharing their insights into the exciting future possibilities of AM for thermal management followed by a QA session.  

Program 

16:00 – 16:05 – Introduction of topic and presenters 

16:05 – 16:20 – Current State of Copper AM Production 

16:20 – 16.35 – Design Flexibility and Heat Flow Control in AM 

16:35 – 16:40 – Short break 

16:40 – 17:00 – Future Possibilities of Copper AM & QA  

Covered topics: 

• Production of copper parts using additive manufacturing (AM)  
• Design freedom in AM for thermal control 
• Future trends in AM for copper and thermal management  

Who is this event for?  

This webinar is relevant for engineers, decision-makers, and others interested in additive manufacturing and the opportunities afforded by its inherent design freedom, especially within thermal management.  

Take advantage of the opportunity to discover how additive manufacturing of copper can transform how you think about part production, especially for electrical and thermal applications!