-
Open House
Done
-
Materials for additive manufacturing – Maximizing productivity and optimizing dimensional stability with fiber-reinforced compounds for large scale prints presented by Michael Rieck (AKRO-PLASTIC)
Michael RieckDone
-
Introduction MSU activities at the Detroit location presented by Ray Boeman (MSU)
Done
-
Live demo of the FILL multilayer unit presented by Ray Boeman (MSU) along with a short coffee break
Ray BoemanDone
-
Additive manufacturing under economic pressure - best scenarios and differentiation
Nicolai LammertDone
-
Closing remarks
Done
-
Greetings and opening remarks presented by Ray Boeman (MSU) & Oliver Stahl (CHEMIGON)
Ray BoemanDone
-
Live demo of the Yizumi unit presented by Nicolai Lammert (YIZUMI) along with lunch
Done
-
Sustainable -Prime! Are recyclates the only path to CO2 reduction?
Thilo StierDone
-
Tour of the MSU facility, seeing all available technologies
Done
Ethan is the Director of Marketing at Mantle. Ethan has extensive experience in technical marketing for design and manufacturing products. He previously ran the technical marketing team at Desktop Metal, a 3D printing manufacturer focused on volume production. Before that, Ethan worked on the rapid prototyping team at MIT Lincoln Laboratory, where he worked on the laser communication system for the NASA Orion mission. Ethan has a Master of Engineering from Boston University and a degree in Mechanical Engineering from The University of Colorado, Boulder.
Mantle identified the numerous challenges with producing injection mold tooling traditionally and the shortcomings of other metal 3D printing technologies and developed an innovative solution specifically for producing injection mold tooling. Mantle's technology delivers tools with the accuracy, surface finish, and material properties demanded of tooling in a fraction of the time and cost of traditional and other metal 3D printing methods.
In this presentation, we will discuss real-world examples of how manufacturers use Mantle's metal 3D printing technology for tooling and explore the current metal 3D printing landscape for injection mold tooling.