Last updateWed, 17 Jul 2024 6pm

Excelitas Technologies to Highlight OmniCure UV LED Curing Systems for Medical Device Applications at MD&M Minneapolis

Excelitas Technologies® Corp., a leading industrial technology manufacturer focused on delivering innovative, market-driven photonic solutions, will showcase its OmniCure® UV LED Curing product line at MD&M Minneapolis. Enabling controlled and repeatable UV assembly processes, OmniCure UV LED Curing Systems maximize reliability and improve product yields for a variety of medical device manufacturing applications.

OmniCure S2000 Elite Spot UV Curing System: Building on the heritage of its innovative OmniCure S2000 predecessor, the new generation OmniCure S2000 Elite delivers enhanced features for greater versatility and best-in-class UV spot curing in a variety of manufacturing applications including medical device assembly. Offering the highest reliability and quality for light curing adhesive processes, OmniCure S2000 Elite’s productivity, precision and security redefine UV spot curing while enabling next-level control and usability.
 OmniCure LX500 LED Spot UV Curing System: The OmniCure LX500 LED Spot Curing System features proprietary Intelli-Lamp® technology that monitors temperature and usage statistics to maintain an unmatched ± 5% stability in the optical output of up to 4 LED heads simultaneously. Developed with next-generation high-output LEDs, V3 UV LED Heads deliver up to 22W/cm2 peak irradiance and 1100mW power with a more uniform beam profile, available in standard 365 nm, 385 nm, 395 nm and 405 nm wavelength options. LX500 is a highly flexible, cost-effective LED spot curing solution that provides consistent and controlled output for a repeatable, high-throughput industrial curing process.
OmniCure AC Series UVC LED Curing Systems: Available in a wide range of form factors and wavelengths, the OmniCure AC Series UV LED Curing Systems provide exceptional performance, quality and robustness. Delivering high output power and outstanding uniformity within a compact modular air-cooled design, these systems are scalable and easily integrated to meet specific application needs.




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