About Event | Registration | News | 2017-10-24 09:00:00 2017-10-25 18:00:00 Europe/London theIJC.com Annual InkJet Conference 2017 Dusseldorf Germany ESMA info@esma.com

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Inkjet Resist for Partial Sputtering (PVD)

Sputter coating by KIWO

KIWO’s newest innovation in the product portfolio of resists and coatings is an inkjet resist for partial sputtering (PVD): Sputtering, also called magnetron sputter coating, is the removal of precious metal atoms, such as platinum or gold, in a vacuum chamber by energetic ion bombardment, to coat a substrate with the sputtered metal particles. This coating has mainly functional reasons and is common for heat reflection at architectural glass. The same application method is used for decorative sputter coating of architectural glass. Only that for the decorative sputter coating the metallic deposition is applied partially and not over the entire surface.

This new resist is compatible with large format digital printers for the flat glass industry and opens up many new opportunities.

Michael Gross from KIWO will hold a presentation “Resists & more – industrial processes with inkjet printable resists” during TheIJC 2016.

GEW Launch Fully Aircooled LED UV Curing System

GEW LED UV curing system

GEW (EC) Limited is the leader in the design and manufacture of advanced UV curing systems for the label printing, coating and digital printing industry. With the advances in UV LED technology, the use of UV LEDs for curing in the printing process has become increasingly visible throughout the industry. GEW have taken LED curing one step further by introducing a fully aircooled LED UV lamphead.
 
Since their inception, UV LEDs have been overcoming a number of technical and economic obstacles that prevented commercial acceptance. Relatively high initial cost and limited availability of LED inks were the main barriers that prevented their general adoption across the industry.
 
The barriers to adoption have now been lowered further. After an intense development period GEW have now introduced the new, fully aircooled LED UV curing system lamphead LA1. Special consideration was given to the enhanced airflow design to ensure effective heat dissipation at high power levels. The LA1 is built around the same proven cassette-based design as the E2C and LW1 lampheads and is fully compatible with existing ArcLED systems without the need for external chillers, pipes or coolant or indeed any other modification.
 
Within an ArcLED system printers are able to operate full hybrid UV curing, working with both mercury arc and LED lamp technology on the same press. Mercury arc cassettes and LED cassettes both use the same lamphead casing, the same power supply and the same air cooling ducts. The operator simply swaps the required cassette and the RHINO ArcLED power supply automatically recognises which type of cassette is installed in the machine, switches from low voltage DC power for the LEDs to high voltage AC for the arc lamps and changes the display on the RHINO touch screen control accordingly.
 
The LA1 is an LED UV curing solution that is able to perform without the heavy infrastructure and maintenance required by water-cooled LEDs while enjoying the benefits of the efficiency, reliability and extended life cycles of LEDs.
 
The RHINO ArcLED power supply is extremely energy efficient showing considerable energy savings when compared to conventional electronic power supplies. ArcLED gives the possibility to run a truly flexible hybrid curing system. Several printers have already doubled the productivity of their machines by optimising curing to best suit each process on their presses.
 
The ArcLED UV curing system is the only truly futureproof technology for upgradeability of arc lamp to LED UV systems. Printing presses that operate with ArcLED technology can now be upgraded from arc lamps to LED to fully exploit the advantages of both technologies with the same power supply, controls and cooling system. This will give the user maximum freedom and flexibility and will avoid getting locked in to one type of curing technology.
 
GEW RHINO ArcLED curing systems are supplied, as standard, with GEW’s Embedded Service package which allows remote monitoring of the system running condition, allowing the manufacturer’s service engineers to detect and correct out of tolerance parameters. This type of remote preventive maintenance ensures the entire UV system operates at peak performance at all times thus avoiding unplanned machine stoppages.

GEW will be presenting and exhibiting at TheIJC 2016.

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Next InkJet Conference

TheIJC 2017
24-25 October 2017
Düsseldorf/Neuss, Germany

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TheIJC is an ESMA event - ESMA is a leading non-profit European association for printing manufacturers in screen, digital and flexo technology.

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