Light Ink Overview
Chapter 8
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Ink System Management
129
Océ Arizona 6100 Series
Light Ink Overview
Introduction
The Océ Arizona 6100 Series printers provide two light ink channels: Light Cyan (Lc) and Light
Magenta (Lm). This section provides a brief overview of the Light inks and how they are used
with the printer.
"6 color" Printing
With the Océ Arizona 6100 Series, the "6 color" digital color printing process uses CMYK inks plus
a lighter shade of cyan (LC) and magenta (LM) to deliver a higher photographic-quality output.
Color Reproduction and Image Quality
Six-color inkjet printers produce more subtle flesh tones and finer color graduations than
standard CMYK devices. The use of Light inks allows a wider range of tiny drops to combine to
create a broader palette of solid colors and improve the smoothing in density transitions.
Imaging Performance
Nozzle Redundancy
With the need to increase speed and compensate for the possibilities of "Nozzle Outs" during a
print, the additional Light Cyan and Light Magenta can "Fill in" where the darker inks fail to jet.
This results in higher productivity without losing a print. It is not that Light inks can completely
"make up" for the loss of dark nozzles, the light ink that remains reduces the visual effect of the
loss as your eye perceives it (lowering the visual contrast).
Ink Volume and Density
A heavier coverage of Light inks can used to make up for low density due to speed and ink
density limits.
"6 Color" Profiling
A heavier coverage with the Light Cyan and Light Magenta inks can be color-managed in the
same way as any printer with Lc and Lm with the addition of a few variables as referenced below.
ONYX Profiles
With the Arizona 6100 series, we provide 3 default ONYX profiles per "Mode":
• Saturated
• Normal
• Economy
Saturated
The Saturated profile is used to increase overall maximum density for Cyan and Magenta as well
as maintain the nozzle redundancy and lighter tone structure.
The drawback to this is that it adds "Volume" to the ink and can lead to some structure in the
solids with some dependency on the build of the color. However, with optimal lamp usage,
artifacts within the solid structure are minimized.
Содержание Arizona 6160 XTS
Страница 1: ...Oc Display Graphics Systems User Guide Oc Arizona 6100 Series Oc Arizona 6100 Series Revision B...
Страница 6: ...Contents 6 Oc Arizona 6100 Series...
Страница 7: ...Chapter 1 Introduction...
Страница 15: ...Chapter 2 Safety Information...
Страница 44: ...44 Chapter 2 Safety Information Oc Arizona 6100 Series Safety Awareness...
Страница 45: ...Chapter 3 How to Navigate the User Interface...
Страница 67: ...Chapter 4 How to Operate Your Oc Arizona Printer...
Страница 79: ...Chapter 5 How to Operate the Vacuum System...
Страница 85: ...Chapter 6 How to Print in Batch and Dual Origin Modes...
Страница 90: ...How to Print in Batch Mode 90 Chapter 6 How to Print in Batch and Dual Origin Modes Oc Arizona 6100 Series...
Страница 91: ...Chapter 7 How to Manage a White Ink Workflow...
Страница 124: ...12 Chapter 7 How to Manage a White Ink Workflow Oc Arizona 6100 Series How to Print White Ink Jobs...
Страница 125: ...Chapter 8 Ink System Management...
Страница 135: ...Chapter 9 Error Handling and Troubleshooting...
Страница 139: ...Chapter 10 Printer Maintenance...
Страница 174: ...174 Chapter 10 Printer Maintenance Oc Arizona 6100 Series How to Bleed an Ink Filter...
Страница 175: ...Appendix A Application Information...
Страница 178: ...Application Resources on the Web Site 178 Appendix A Application Information Oc Arizona 6100 Series...