• JUser::_load: Unable to load user with id: 69

AMS Unveils C-LED UV Coating System

March 05, 2013

At the Print UV 2013 Conference going on this week in Las Vegas, Wisconsin-based Air Motion Systems (AMS) unveiled a new high speed UV LED coating and varnishing system which employs UV light emitting diodes.

Called C-LED, the company claims the system’s shorter UV wavelengths allows its users to employ low-energy curing at previously unattainable production speeds. Compared to traditional mercury vapour lamps and IR driers, C-LED uses roughly one third the energy. The C-LED process is also compatible with existing UV coating formulations already in the market.

"Because of their narrower wavelengths, prior generation Hw-UV and LED curing systems have had difficulty drying coatings and varnishes at production speeds without compromising on the coating price, optical quality or surface cure" said Steve Metcalf, President and CEO of AMS. "And traditional UV and IR/Hot Air coating systems generate damaging heat and consume excessive amounts of energy. With C-LED, the process moves to UV LED, and the results are simply amazing."

C-LED technology can be used on high speed offset, narrow and wide web flex as well as inkjet UV applications. AMS says C-LED can replicate water-based aqueous varnishes from a litho print unit without the need of a dedicated coating tower.

"Any reason to ignore LED UV for high speed commercial production is officially over" said Hans Ulland, VP of Sales at AMS. "With C-LED, we can now expand the benefits of UV LED printing - such as increased speed, quality, color vibrancy, flexibility and safety, and greatly reduced operating costs - to a much wider group of printers and converters where heavy finishing effect requirements are the norm."

Add comment

Security code

Subscription Centre

New Subscription
Already a Subscriber
Customer Service
View Digital Magazine Renew

Most Popular

Latest Events

InPrint USA 2019
April 9-11, 2019
Graphics Canada 2019
April 11-13, 2019

We are using cookies to give you the best experience on our website. By continuing to use the site, you agree to the use of cookies. To find out more, read our Privacy Policy.