Phoseon Technology Exhibits LED Curing Solutions at Touch Taiwan 2017 (English)

Visit the Phoseon booth M110 to learn more about LED curing for adhesive applications

Hillsboro, Oregon (August 18, 2017) – Phoseon will showcase the latest UV LED curing solutions for adhesive applications at the upcoming Touch Taiwan 2017 event in Taipei, Taiwan. Visit the Phoseon exhibit, M110, to learn how Phoseon LED technology is a perfect fit for adhesive applications due to the compact size, ease of integration, and high intensity output achieved through optimized LED thermal management. Users of Phoseon LED curing systems can process a variety of materials, including heat-sensitive substrates, at maximum production speeds with low-input power.

UV LED curing solutions are being rapidly adopted for curing adhesives and for bonding applications in factory assembly lines throughout the world. Low operating costs, long lifetime, and low maintenance are just a few of the reasons.

UV LED adhesive curing applications include: electronics, medical, industrial and many others.

Visit the Phoseon booth M110 at Touch Taiwan 2017 to learn more about LED curing for adhesive applications!

Touch Taiwan 2017 will take place at the Taipei Nangang Exhibition Hall 4F on 20-22 September in Taipei, Taiwan. It will showcase a wide variety of industry-related equipment for touch panel and optical film, manufacturing machinery, drying and curing equipment associated with this sector. New technologies related to OLED applications, including sapphire processing, ceramic materials and 3D curved glass will also be demonstrated.

About Phoseon Technology
In 2002, Phoseon Technology pioneered the use of LED technology for UV curing applications, and has recently expanded into Life Sciences. As the world leader in providing UV LED solutions, Phoseon engineers patented LED technology to deliver rugged, high-performance products for application specific needs. The company is focused 100% on LED technology and provides worldwide sales and support capabilities.