HP’s Multi-Jet Fusion technology is set to transform plastics manufacturing and create new opportunities where additive manufacturing has typically not been able to play. This presentation will describe how Multi-Jet Fusion technology works, and go on to explain how future materials sets are being developed with open materials partners to meet the existing demands of traditional manufacturing, while enabling the future of part design and production with voxel-level engineering capabilities.
PRESENTER
Dr. Stephen Rudisill
Stephen Rudisill is an R&D scientist with HP’s 3D Materials & Advanced Applications group, developing materials and supplies for HP’s MJF technology offerings. His work focuses on agent development, fluid/build material interactions, and improving the reliability and performance of current and future MJF technology offerings. He holds a PhD in Materials Chemistry from the University of Minnesota – Twin Cities.
You May Also Like
Department of Defense Buys Large Format Metal 3D Printer from AML3D
AML3D, an Australian original equipment manufacturer (OEM) of metal additive manufacturing (AM) hardware, announced that it has received an order for one of the company’s ARCEMY X-Edition 6700 platforms from...
Unifying 3D Printing Software for Long-Term Manufacturing Success – AMS Speaker Spotlight
Despite being a relatively new technology, 3D printing is being adopted in more and more industries, often in parallel with conventional manufacturing, breaking down barriers between the two that once...
Harnessing the Power of 3D Printing and Prefabrication for Faster, Smarter Construction – AMS Speaker Spotlight
Prefabrication is a well-known method of enabling faster and smarter construction, with a focus on quality and quick assembly. 3D printing technology is pushing prefabrication to a new level to...
AI-driven Software is Unleashing Growth in Additive Manufacturing – AMS Speaker Spotlight
Additive manufacturing has been gradually gaining ground, but the road to widespread mass customization, on-demand and serial production has been bumpy. Manufacturers eager to embrace this technology are held back...
