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17-06-15
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GEW launches hybrid UV curing system

GEW has launched ArcLED, a futureproof hybrid UV curing system that allows an investment in arc technology now that can be upgraded later with LEDs using the same lamphead casing, and the same power supply and control.

GEW said the transition towards UV curing of inks and varnishes with LEDs has begun, although in many situations the move is technically and financially not fully understood to make an investment in a machine fully equipped with LEDs.

The launch of ArcLED is intended to address this situation and meet the needs of printers by allowing arc curing technology to be upgraded at a later stage to LEDs.

With ArcLED, the LED cassette required is fitted, as is a water cooling system (already available on many machines), and the GEW Rhino ArcLED power supply then automatically recognizes which type of cassette is installed in the machine and adjusts the Rhino control accordingly.

This unique combination of quick-swap lampheads, reactive detection of the required power and automatic switching will optimize processes, maximize ink compatibility and increase machine productivity, according to GEW.

GEW said ArcLED is an industry first, and allows seamless switching on the same press with the same Rhino power supply from DC power for the LEDs to high voltage AC for the arc lamps.

The Rhino ArcLED power supply is also said to be extremely energy efficient and shows considerable energy savings when compared to conventional electronic power supplies.

GEW Rhino ArcLED curing systems are supplied, as standard, with GEW’s Embedded Service package which allows remote monitoring of the system running condition, so allowing the manufacturer’s service engineers to detect and correct out of tolerance parameters.

Further, GEW offer all Rhino systems with a comprehensive five-year warranty.

‘An investment now in GEW’s ArcLED UV curing protects that investment into the future by ensuring an LED upgrade can be simply and cost-effectively implemented,’ GEW said. ‘It also gives the possibility to run a fully flexible hybrid curing system.’