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Advancements in fluorescence illumination technology are revolutionizing medical and research applications, enhancing precision, sensitivity and efficiency across various disciplines. From surgical visualization to molecular diagnostics, the shift from traditional xenon and halogen lamps to LEDs and laser-based illumination has enabled deeper tissue imaging, improved contrast and greater specificity in fluorescence-guided procedures.

FuturePrint interviews Rob Karsten to discuss the integration of expertise within Excelitas and what that means for the printing industry. The merging of expertise from Phoseon, Omnicure, and Noblelight into Excelitas marks a significant step towards a more integrated and sustainable approach to industrial curing, offering more opportunities to help our customers innovate. The future of curing technology is not just about what light can do, but how it can be leveraged to transform industries, one wavelength at a time.

Industrial Print magazine featured commentary from Excelitas Marketing Manager Stacy Hoge about the latest UV curing and printing technologies for industrial direct to object printing (DTO) applications.

Drying components after cleaning are energy-intensive and, therefore, expensive. At the same time, climate policy factors increasingly motivate people to use energy more efficiently and reduce energy consumption. Learn more by downloading the article published in JOT.

Infrared emitters have been successfully used for decades in industrial heating processes, such as drying paint, molding plastic, and manufacturing solar cells. The carbon infrared emitter, which has been around since the 1990s, helps to save up to 30 percent of energy in many processes. 

In the July/August 2024 issue of Converter Magazine, Excelitas experts discuss six key trends shaping UV LED curing technology, including sustainability, flexographic/digital integration, Industry 4.0 manufacturing, low migration inks, printed substrates, and increasing press speeds.