The University of Alabama in Tuscaloosa has ordered a Freemelt ONE Electron Beam Powder Bed Fusion (PBF-EB) Additive Manufacturing (AM) machine from Freemelt AB. The delivery is scheduled for the second quarter of 2025. This machine will support materials research, focusing on high-temperature refractory metals. These metals are crucial for industries that require materials to withstand extreme temperatures, such as defense and energy sectors.
A Key Milestone in Advanced Manufacturing
This order marks a major step forward for the University of Alabama in developing advanced manufacturing capabilities for high-performance metals. The research will focus on critical applications that benefit both the US government and industry. It will enhance materials used in energy generation, defense systems, and other high-demand industries.
Freemelt ONE to Drive Research for Key Industry Applications
The Freemelt ONE uses Electron Beam Powder Bed Fusion technology to 3D print complex metal structures, especially refractory metals. These metals can endure the harshest conditions, making them ideal for defense and energy industries. The university’s research will push the use of these materials further, particularly in applications that demand superior strength and thermal stability.
This partnership will significantly boost Freemelt AB’s presence in the North American market. As demand for advanced materials grows in critical industries, the University of Alabama’s use of the Freemelt ONE machine will play a central role in these sectors.
Freemelt Expands in North America Through Strategic Collaboration
Darin Everett, President of Freemelt Americas Inc., emphasized the value of the partnership. He said, “This collaboration not only strengthens our US presence but also gives us valuable insights from successful R&D efforts.” Everett also noted that research in high-temperature refractory metals would unlock new opportunities in defense and energy industries, establishing Freemelt as a leader in additive manufacturing solutions for these sectors.
The Freemelt ONE offers advanced capabilities for creating intricate, high-performance parts with exceptional precision. This makes it ideal for industries that require complex, heat-resistant components. As the University of Alabama’s research progresses, Freemelt will gain deeper insights into the needs of US defense and energy sectors, helping to drive innovation in these fields.
Conclusion
The University of Alabama’s order for the Freemelt ONE AM machine represents a major advancement in high-temperature refractory metals research for critical applications in the US. This collaboration will support groundbreaking research in defense, energy, and other key industries. By leveraging advanced additive manufacturing technologies, the university will contribute to enhancing materials for high-demand sectors. This partnership strengthens Freemelt’s position in the North American market and opens new opportunities for growth.
For more information on Freemelt AB and the University of Alabama’s materials research, visit Freemelt and University of Alabama.
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