On-Demand Webinar
3D printing has transformative potential for many industries and is becoming an indispensable tool for engineering and materials science departments at educational institutions and R&D centers around the world. Offering metal 3D printing on campus allows students to interact with cutting-edge technology and attracts researchers with the opportunity to push the boundaries of the process.
Join us to explore use cases for metal 3D printing in a variety of academic settings – from Bound Metal Deposition technology students can operate in the classroom to advanced open-material Binder Jet Technology platforms for researchers to conduct customized experiments.
University mechanical engineering departments and other academic institutions are investing in additive manufacturing technology to stay ahead of this shift and allow students to gain hands-on experience producing the parts they design. Powderless metal 3D printing makes the technology safe and easy to integrate into any facility.
Materials science departments and other research institutions are adopting binder jetting to drive innovation and developments that lead to groundbreaking discoveries. The material flexibility of this thermally neutral powder bed process means a wide range of powders can be 3D printed, from metals to technical ceramics.
Learn how educational institutions can integrate safe, classroom-friendly, metal 3D printing into their coursework to bring parts to life in a two-step print-and-sinter process
Explore how binder jetting technology provides unparalleled capabilities for research facilities to utilize open-platform systems to push the limits of materials science
Explore practical application examples from universities showcasing successful student teams and research projects
Rick Lucas’ tenure with Desktop Metal began with the 2021 acquisition of ExOne, where he served as Chief Technology Officer for nearly a decade. He has overseen the development of future markets and advanced applications, partnering with leading manufacturers to tailor 3D printing solutions to the toughest production challenges; from mass production on scalable manufacturing cells to out-of-this-world space innovations with silicon carbide.
Rick has more than 25 years’ experience in product development, manufacturing, and business development. He has set up manufacturing and business operations on over 20 different advanced material products, including four R&D 100 award winners. Rick holds an AAS in Manufacturing Technology, BA in Physics, as well as an MBA.
For more information on how we protect your privacy, please review our Privacy Policy.
© 2024 Desktop Metal Inc. All rights reserved.