Jacksonville State University is advancing its additive manufacturing capabilities with a new partnership between its Center for Manufacturing Support (CMS) and EOS North America. The CMS is expanding its lab by adding a second EOS M290 metal 3D printer, bringing the university’s total investment in additive manufacturing to over $3 million. The CMS currently operates more than 80 machines dedicated to enhancing manufacturing competitiveness.
The CMS focuses on helping industry solve real engineering challenges. Rather than working solely on theories, they aim to provide manufacturers with practical tools for immediate use. In a statement from JSU’s official release, Director Matt Rosser highlighted that their "mission at CMS is to deliver solutions manufacturers can use right now." The new partnership with EOS is expected to strengthen the connection between educational training and real-world application.
The EOS Ignite Program provides a link between industry requirements and higher education in manufacturing. Students and industry partners at Jacksonville State University will have access to structured training in additive manufacturing, covering topics such as design for AM, system operation, and process science. The CMS offers a range of capabilities, including 3D scanning and inspection, supporting workforce development and applied research in the region.
The partnership extends benefits beyond students. Fabian Alefeld, Global Director of Business Development and Additive Minds Academy at EOS, stated, "The Ignite Program was built to bridge the gap between industrial needs and education." He added to JSU, "By collaborating with innovative institutions like Jax State, we’re empowering the next generation of engineers." This initiative aims to provide participants with the skills and confidence needed to contribute to the field of additive manufacturing.
CMS operates more than 80 additive and scanning systems and focuses on providing technology that is advanced and applicable for U.S. manufacturers. The center works with metals, composites, polymers, and post-processing technologies, serving as a university-based lab and a resource for supporting U.S. manufacturing capabilities.
