Adphos NIR Dryers Are Saving Mailers Hundreds Of Dollars
NIR40, 80 and 120 are cost effective, high performance near-infrared dryers for water based continuous and drop-on-demand (DOD) inkjet systems… so energy efficient, in fact, that they consume less power and still dry faster in standard, inline mail equipment settings.
This increases the overall productivity, because now you can run your inkjet address printers, tabbers, and other mailing equipment at a higher speed, without worrying about ink smudges and smeared addresses and barcodes. It also increases the flexibility with reduced operating costs of an inkjet system, because the NIR dryer technology will dry ink on more surfaces than the traditional infrared drying systems.
With NIR® inkjet dryers systems you are assured greater productivity and throughput on even the most demanding of water based inkjet applications including those on high gloss, over coated and temperature sensitive substrates. Near-infrared heaters deliver the energy you need, where you need it by utilizing near-infrared technology which focuses the energy on the ink and not on the substrate resulting in less curl and easier to run and handle substrates. Additionally NIR® drying systems minimize air flow which reduces downtime through improved paper handling. Greater productivity is also achieved with tool-less module positioning and lamp replacement.
To accommodate a variety of different print head widths, NIR® systems come in three standard drying sizes and can be mounted on sheet fed or web based transports for in-line, near-line, or off-line inkjet applications. With a small footprint and the ability to mount the drying modules in any position, NIR® systems offer the utmost in configurable options to change and grow with your business.
Reduced Operating Cost
Depending on your requirements, NIR® inkjet drying systems can reduce your electrical expenditures for inkjet drying by more than 70% because NIR40, 80 and 120 utilize ultra-efficient NIR® energy and a patented reflector system which reflects>98% of the energy to where it is needed.
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