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New 75 mm and 150 mm line emitters deliver up to 4.2 W/cm² with 365/385/405 nm options and FX controller compatibility for scalable automation.
Dymax Launches BlueWave® FX Line Emitters to Boost Throughput in High-Speed Linear UV/Visible Curing
Wiesbaden, 09.09.2026 (PresseBox) - Dymax, a global manufacturer of light-curing materials and equipment, today announced the BlueWave® FX Line Emitter series, purpose-built to deliver fast, uniform linear UV/Visible exposure in automated production environments.
Designed for high-speed manufacturing, the new emitters help teams improve process consistency and throughput by delivering a uniform, high-intensity UV/Visible curing profile along a defined line. They?re well suited for bonding, printing, and coating applications where a high dose of uniform UV/Visible exposure is critical.
Key Features:
Up to 4.2 W/cm² intensity at a 25-mm working distance for fast curing
75-mm and 150-mm lengths with a 25-mm curing width to fit common line configurations
365nm, 385 nm and 405 nm wavelength options to match material and process needs
The emitters are low noise, offer good uniformity, and feature global regulatory marks
When integrated with Dymax FX series controllers, FX Line Emitters support scalable, automated integration while providing dual-channel control, flexible wavelength configuration, and an intuitive 7-inch touchscreen interface.
?Manufacturers are under constant pressure to cure faster without sacrificing uniformity,? said Jason Tomei, Dymax Global Equipment Product Manager. ?BlueWave® FX Line Emitters are engineered to deliver the high-intensity, line-shaped exposure needed to keep automated lines moving?while giving integrators flexible wavelength and controller options.?
The emitters support both adhesive and non-adhesive curing processes. Typical applications include medical device assembly (such as needle bonding and catheter tubing) as well as ink printing, lacquers, paints, and other UV-curable coatings. The systems are CE and UKCA marked to support global deployment.
BlueWave® FX Line Emitters are available now; contact Dymax to discuss your application and integration requirements.
Designed for high-speed manufacturing, the new emitters help teams improve process consistency and throughput by delivering a uniform, high-intensity UV/Visible curing profile along a defined line. They?re well suited for bonding, printing, and coating applications where a high dose of uniform UV/Visible exposure is critical.
Key Features:
Up to 4.2 W/cm² intensity at a 25-mm working distance for fast curing
75-mm and 150-mm lengths with a 25-mm curing width to fit common line configurations
365nm, 385 nm and 405 nm wavelength options to match material and process needs
The emitters are low noise, offer good uniformity, and feature global regulatory marks
When integrated with Dymax FX series controllers, FX Line Emitters support scalable, automated integration while providing dual-channel control, flexible wavelength configuration, and an intuitive 7-inch touchscreen interface.
?Manufacturers are under constant pressure to cure faster without sacrificing uniformity,? said Jason Tomei, Dymax Global Equipment Product Manager. ?BlueWave® FX Line Emitters are engineered to deliver the high-intensity, line-shaped exposure needed to keep automated lines moving?while giving integrators flexible wavelength and controller options.?
The emitters support both adhesive and non-adhesive curing processes. Typical applications include medical device assembly (such as needle bonding and catheter tubing) as well as ink printing, lacquers, paints, and other UV-curable coatings. The systems are CE and UKCA marked to support global deployment.
BlueWave® FX Line Emitters are available now; contact Dymax to discuss your application and integration requirements.
Über "DYMAX Europe GmbH":
Dymax develops innovative rapid and light-curable materials, dispensing equipment, and UV/LED light-curing systems. The company's adhesives, coatings, and equipment are perfectly matched to work seamlessly with each other, providing design engineers with tools to dramatically improve manufacturing efficiencies. Major markets include aerospace and defense; medical device; and consumer and automotive electronics.