Phase3D Partners with Rowan University's DEHub for AM Workforce Development
Phase3D is collaborating with Rowan University's Digital Engineering Hub (DEHub) to provide its metal additive manufacturing hardware and software to train the next generation of AM professionals.
Phase3D has announced a new partnership with Rowan University's Digital Engineering Hub (DEHub) in New Jersey, aiming to equip the future workforce of the additive manufacturing (AM) industry with its specialized hardware. This collaboration focuses on providing Phase3D's Fringe Inspection hardware, which utilizes the company's proprietary software for real-time monitoring and on-site certification of 3D printed metal parts.
DEHub has recently installed a new DMG Mori Lasertec 30 SLM US metal printer and has integrated Phase3D's Fringe ecosystem into its operations from the initial builds. Both Phase3D, a recipient of Small Business Innovation Research (SBIR) contracts, and DEHub, which initially focused on defense R&D with DARPA funding, have ties to defense sector funding. However, the university setting for this R&D is seen as a key differentiator, offering greater potential for innovations applicable beyond military use cases.
The partnership has already demonstrated the value of Phase3D's technology. During an early print run, the Fringe Inspection system detected an anomaly where the first 60 layers of a part were formed with only contours, omitting infill and support structures. This situation, which could signal a failed print and potentially damage the printer, was managed collaboratively. By monitoring Fringe's heightmap data for issues like protrusions or swelling, the DEHub team was able to successfully complete the print.
Collaborations between companies and universities are recognized as vital for R&D, fostering innovation and creating future industry professionals. Students trained on systems integrated with Phase3D's products at DEHub may become future users of the company's technology, either by starting their own AM companies or by joining established firms. This exposure also provides companies with early access to potential future employees and a source of future market demand.
This partnership highlights a strategic move to integrate advanced AM monitoring technology into university research environments. By exposing students and researchers to tools like Phase3D's Fringe Inspection, the initiative aims to cultivate a workforce adept at leveraging real-time process control and certification. This approach is crucial for enhancing the reliability and commercial viability of metal AM, moving beyond defense applications towards broader industrial adoption and potentially enabling more complex in-situ manufacturing in future scenarios.
Edited by the news editor with AI from the original report — please refer to the original source.