Excelitas, a provider of advanced, life-enriching technologies, serving global market leaders in the life sciences, advanced industrial, next-generation semiconductor, and avionics sectors, has signed a definitive agreement to acquire Luxium Solutions, an industry leader in high-performance materials, substrates, components, and assemblies, headquartered in Hiram, Ohio. 

This acquisition represents the seventh completed transaction by Excelitas since 2017, building on the momentum of the Noblelight acquisition in January 2024. Through a balanced approach of organic growth and strategic M&A, Excelitas has consistently integrated new businesses to foster innovation and deliver added value. 

This strategic move marks a bold step forward for the company, unlocking new possibilities and expanding technological horizons.

Ron Keating, CEO of Excelitas, commented: “Luxium brings a highly differentiated asset of scale with a strong reputation for technical excellence and customer trust to Excelitas. Luxium aligns with our strategy to increase our presence in targeted high-growth end markets, while also enhancing our capabilities in advanced optical technologies. We look forward to welcoming the Luxium team to Excelitas. Upon closing, Luxium will join Excelitas’ Advanced Industrial segment, further enhancing our technical application strength and market positions.”

“Luxium has undergone an accelerated systematic transformation with the continued support of SK Capital and Edgewater Capital,” said Michael Cahill, CEO of Luxium Solutions. “During this period, we acquired PLX and Inrad Optics, expanded our footprint in India, and streamlined our operations. In parallel, we have invested in manufacturing improvements with the mission of better servicing our customers. We are excited to join the Excelitas platform, which is well-aligned with our markets, customers, engineering development processes, and global business infrastructure.”

The closing is planned for late 2025 or early 2026, subject to certain customary and regulatory conditions.