• Graph Expo Market

    The inkjet press bottleneck.

    Your bread and butter, isn’t it beautiful?
    When they execute on your vision, that is.
    But, hey, what if the prints are not up-to-par?

    • DON'T LOSE TIME,
    • CLIENTS,
    • OR POTENTIAL BUYERS
    • ALL TOGETHER.
  • Printed Electronics

    The future in printed electronics.

    Are you ready to take the your electronics from laboratory studies to full production?
    We are here to help you achieve these goals:

    • FASTER SPEEDS,
    • CONSISTENT OUTPUT,
    • AND REALIBILITY
    • FOR THE NEXT GENERATION.
  • Graph Expo Market

    The inkjet press bottleneck.

    Your bread and butter, isn’t it beautiful?
    When they execute on your vision, that is.
    But, hey, what if the prints are not up-to-par?

    • DON'T LOSE TIME,
    • CLIENTS,
    • OR POTENTIAL BUYERS
    • ALL TOGETHER.
  • Printed Electronics

    The future in printed electronics.

    Are you ready to take the your electronics from laboratory studies to full production?
    We are here to help you achieve these goals:

    • FASTER SPEEDS,
    • CONSISTENT OUTPUT,
    • AND REALIBILITY
    • FOR THE NEXT GENERATION.
  • Graph Expo Market

    The inkjet press bottleneck.

    Your bread and butter, isn’t it beautiful?
    When they execute on your vision, that is.
    But, hey, what if the prints are not up-to-par?

    • DON'T LOSE TIME,
    • CLIENTS,
    • OR POTENTIAL BUYERS
    • ALL TOGETHER.
  • Printed Electronics

    The future in printed electronics.

    Are you ready to take the your electronics from laboratory studies to full production?
    We are here to help you achieve these goals:

    • FASTER SPEEDS,
    • CONSISTENT OUTPUT,
    • AND REALIBILITY
    • FOR THE NEXT GENERATION.

Radiation Spectrum

The electromagnetic wavelength spectrum which is relevant for thermal and drying processes, starts in the UV wavelength and goes through visible light to NIR (Near Infrared) to mid wave IR and long wave IR.

NIR lies just above visible light. This is where the wavelength of electromagnetic radiation reaches its maximum energy density and optimum physical characteristics. Proprietary adphosNIR® technology now makes it possible to use the unique physical properties of this part of the electromagnetic spectrum in industrial production processes.

The adphosNIR® technology is based on the NIR wavelength range (800 nm up to 1,200 nm). With a peak of 800 nm, adphos is able to incorporate the highest possible energy densities in the smallest applicable areas without effecting substrates and the surrounding environment.

“Thanks to adphos, increases in throughput and additional capabilities have helped balance both the sales and production sides of our business.”
Niels Winther, Think Patented

“We would like to convert every one of our (existing) inkjet lines to use Adphos dryers.”
Bill Nichols, Bluegrass Mailing

“It was a no brainer!… Replacing our existing inkjet dryers with adphosNIR® dryers, Rees and Associates inkjet lines are running over three times as fast on more substrates with less electricity.”
Steve Lundstrum, Rees and Associates

Want to learn more about how adphos can benefit your company? Click here.