Essentium’s High Speed Extrusion (HSE™) 3D platform gives manufacturers the speed, strength, and scale to handle the most demanding applications. However, as a materials-first company, Essentium knows that real innovation happens when advanced technology meets high-quality materials.
The HSE 280i HT 3D Printer is the first industrial 3D printer to offer true IDEX, where each head is fully independent on both the X and Y-axis. This technology not only allows users to speed up support printing, but it also unlocks multi-material 3D printing for users to blend material properties at print speeds and part strengths never seen in additive manufacturing.
This session will showcase Essentium’s newest advanced materials and the applications that multi-material printing can unlock.
Specialist Materials Engineer, Essentium, Inc.
Tom Mulholland is a Specialist Materials Engineer at Essentium, Inc. Tom received his Ph.D. in mechanical engineering from the University of Wisconsin – Madison where he studied plastics processing and additive manufacturing. Tom developed some of the first thermally conductive filaments for material extrusion AM and demonstrated its use in additive manufacturing of air-cooled heat exchangers. Previously, he worked for two years at the Institute for Training and Research in Plastics and Rubber (ICIPC) in Medellín, Colombia, collaborating on projects including injection molding, energy efficiency, and foaming. At Essentium, Tom works on new filament development projects, quality control, and materials evaluation, qualification, and testing.