As industries across the globe pursue more efficient, unique, and sustainable manufacturing solutions, RadTech – The Association for UV+EB Technology is reaffirming its commitment to academic and national laboratory research as a catalyst for innovation and economic leadership.

On April 18, 2025, RadTech sponsored a “Lunch & Learn” event at Michigan State University (MSU), hosted by Dr. Caroline Szczepanski, Assistant Professor of Chemical Engineering & Materials Science (ChEMS). The event spotlighted MSU’s impressive research capabilities and fostered connections with industry professionals, students, and faculty, shaping the future of advanced materials and manufacturing.

“UV+EB technologies are uniquely positioned to address today’s most pressing challenges—from reducing carbon emissions and VOC’s, to enabling breakthrough processes and materials, and building supply chain resiliency,” said Mike Bonner, President of RadTech and Executive at St. Clair Systems. “At MSU, we were inspired by the energy and innovation of the next generation of scientists and engineers, and excited to see the remarkable work happening on campus.”

Through engagement with academic and research institutions, RadTech works to accelerate the discovery and commercialization of transformative materials, processes, and applications that power advanced manufacturing, energy efficiency, competitiveness, and sustainability.

“In an era of heightened scrutiny over research funding, sustained economic competitiveness depends on a robust pipeline of transformative innovation,” said Mickey Fortune, Associate Executive Director at RadTech. “To preserve the innovation advantage that has long fueled US growth, we must continue investing in groundbreaking scientific research, like the work at Michigan State University.”

This mission to support transformative innovation will take center stage at RadTech 2025, the global event for UV+EB technology, taking place May 18–21 in Detroit, MI. The conference will feature participation from industry, leading universities, and national laboratories to advance collaboration, knowledge sharing, and real-world impact.

Attendees will explore research in areas including:

• Applications across food packaging, coil coatings, electronics, aerospace, automotive, metal, plastic, wood, and building products
• Advanced manufacturing and 3D printing/additive processes
• Next-generation photopolymer materials and formulations
• Sustainable, ultra-low-energy-use processes

RadTech 2025 will highlight important academic work, including research presentations, networking opportunities, and an awards ceremony honoring outstanding contributions from the research community.