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Full list of ColorLogic's DeviceLink Sets

ColorLogic’s DeviceLink Sets 

Support of international printing standards

The standard DeviceLink profiles of the CoLoV3 to 7 series are based on the ECI, IFRA and GRACoL/SWOP profiles as at December 2019.

Detailed information on the field of application of the ECI profiles can be taken from the document “Media Standard Print” of the German Printing and Media Industries Association (Bundesverband Druck und Medien) at www. bvdm.org, and from the documentation on the individual profiles in the download area of www.eci.org.

Information on the GRACoL, SWOP and SNAP profiles can be found on the Web sites at www.gracol.org, www.swop.org and www.snapquality. com.

Information in English on color profiles and characterization data for Japan can be found in the Color Management area of the Ghent Working Group at www.gwg.org, and in the ICC Registry at www.color.org.

More information can be found in the DLS documentation.

Information about ColorLogic's DeviceLink Sets

DeviceLink profiles for color space conversion

Profiles for color space conversion are structured according to the following system: SourceColorSpace_to_TargetColorSpace_TACxxx_CoLoVx.icc.

These conversion profiles are based on the ECI profiles for printing according to ISO 12647-2 / PSO, and the GRACoL and SWOP profiles of the IDEAlliance for printing according to G7 Guidelines.

Conversion profiles whose name includes _TACxxx_ optimally preserve the color composition of the source data (separation preservation) and merely limit the total amount of color (TAC) according to the target color space.

Example: ISOcoatv2_to_uncoat_TAC280_CoLoV3.icc converts printing data from the ISOcoated v2 color space for coated paper to ISOuncoated for uncoated paper, limiting the total amount of color to 280% in the process.

DeviceLink profiles for limiting the total amount of color

These profiles do not perform any color conversion whatsoever, but limit the total amount of color for a specific printing standard. They are structured according to the following system: PrintingStandard_TACxxx_CoLoVx.icc.

Example: ISOcoatedv2_TAC300_CoLoV3.icc limits the total amount of color to 300% for offset printing on coated paper.

Note: Profiles are now also available for limiting the total amount of color to 180% for newspaper printing. Look out for those profiles in the Newspaper Set.

DeviceLink profiles for saving ink

Advanced technology for increasing the black component of the printing data, while simultaneously reducing the CMY component. The algorithms used for this purpose enable far better data optimization compared to ICC-based color conversion with strong GCR.
The advantages compared to ICC-based conversion with strong GCR include very soft transitions from tertiary colors to pure colors, and the option of leaving colors with a high black component completely unchanged. Advantages on the press include better printing properties on difficult papers, shorter makeready times, greater stability over the length of the run, and ink savings.

Like the DeviceLink profiles for limiting the total amount of color, the ColorLogic DeviceLink profiles with a low ink-saving setting retain the original color composition, and only very slightly increase the black component. They simultaneously reduce the CMY component, and additionally limit the total amount of color.

Printshops that have been successful in generally applying DeviceLink profiles to limit the total amount of color, will usually have no difficulty switching to ColorLogic DeviceLink profiles with low or moderate ink-saving settings.

Profiles with higher ink-saving settings call for even more accurate compliance with the standardization targets, and particularly a regular check of the dot gains and solid ink densities for black. Depending on application, ColorLogic provides SaveInk profiles with three different intensities for all relevant color standards:

4a) PrintingStandard__SaveNeutral_ moderately increases the black component in the neutral color areas. This is ideal for printshops that are looking to make a quick start on saving ink and first want to gather some practical experience. These profiles primarily serve to stabilize the printing process and are less suitable for saving ink.

4b) PrintingStandard__SaveStrong_ greatly increases the black component, and targets printshops that have their printing process completely under control in accordance with the applicable standards and have already used SaveNeutral successfully.

4c) PrintingStandard__SaveMax_ increases the black component to the greatest possible extent. This calls for very experienced printers and an excellent mastery of standardization. 

DeviceLink profiles for conversion including ink saving

Even once a printshop has gathered positive experience with saving ink, there are still some applications where the printing data supplied do not comply exactly with the standard later to be used for printing. To get optimum color quality, printing data of this kind need a combination of color conversion and ink saving.

The provided profiles in the Offset and Gravure SaveInk, Newspaper and Expert Sets incorporate both steps in a single profile. However for the sake of transparency of the workflow used we recommend a two step approach of first color conversion and second applying ink saving. The general nomenclature of these profiles is structured according to the following system: SourceColorSpace_to_TargetColorSpace_Savexxx_CoLoVx.icc.

Example: ISOcoatv2_to_uncoat_Save280_CoLoV3.icc performs conversion from coated to uncoated paper, saves ink in the process, and limits the total amount of color to 280%.

DeviceLink profiles for converting CMYK data to Gray

When converting CMYK data to Gray using normal ICC printer profiles, 100% black in the CMYK data is not converted to 100% black in the Gray color space. Depending on the source and target profiles, it is instead only converted to 96%, for example.

To prevent the resultant rasterization, e.g. of black text, CMYK-to-Gray DeviceLink profiles are also available for all supported printing standards, ensuring that 100% black is also preserved as 100% black in the Gray color space.

The nomenclature of these profiles is structured according to the following system: SourceColorSpace-to-TargetColorSpace_Gray_CoLoVx.icc.

Note: These profiles are not listed in this document but are part of any of the sets.

RGB-to-CMYK Separation Profiles

The advantage of DeviceLink Profiles for separations are improved smoothness and higher saturated separations which would not be possible with ICC Printer Profiles. In addition when creating the profiles we have used the exception to purify primary and secondary colors. For the most important international printing standards we are delivering separation profiles from sRGB, AdobeRGB(1998) and in addition in Europe for eciRGB V2. Special attention has been paid on harmonic separations especially when purifying primary and secondary colors. In cases when this was not entirely possible we resigned from purifying all primary colors. These profiles are deviantly called CoLoV4.

The nomenclature of the profiles is structured according to the following system: SourceColorSpace-to-TargetColorSpace_ TACxxx_CoLoV3/4.icc

Note: These profiles are not listed in this document but are part of any of the sets.

Testing DeviceLinkSets

Using the demo version of ColorLogic ZePrA (version 7.0.7 and higher) all DeviceLink profiles which are listed in this document will be available for testing.

You can simply install the DeviceLinkSet you are interested in with the help of the DLS-Manager application that comes with ZePrA. With the help of the Auto Setup feature explained in the ZePrA manual, with just a few mouse clicks you can set up configurations and queues for either color conversion, save ink or TAC reduction in order to test the quality of the profiles on your own PDF, TIFF, JPEG or PSD files.

DeviceLink profiles for film lamination of offset prints

Surface finishing like matte or glossy lamination changes the color appearance to a larger extent. You will for example get much darker colors in the quarter and mid tones. The DeviceLink profiles ISOcoatv2_to_GlossyLaminate… and ISOcoatv2_to_MatteLaminate… are correcting the printing data submitted for ISO Coated V2 in such a form that they look the same after lamination as an original ISO CoatedV2 proof print.

ColorLogic DeviceLink profiles are available for lamination with glossy or matte surface films. We are referring to the following two ICC profiles for the correct color renndering provided from the European Color Initiative:
PSO_Coated_ v2_300_Glossy_laminate_eci.icc and PSO_Coated_v2_300_ Matte_laminate_eci.icc.

You may download the printer profiles free of charge from the download section of http://www.eci.org. Additional information about the ECI profiles are available in the accompanying Application notes that are part of the download package of the profiles.

If you use the profiles named …TAC300_CoLoV5.icc the original separations of your files are retained as much as possible. Only in the very dark color regions the maximum total color will be reduced to 300% and of course the color deviations will be compensated for.

In case you use the profiles named …Save300_CoLoV5.icc the color conversion will go along side with a strong ink saving. All together there are four profiles available.

Optimization of printing data for glossy lamination films:
ISOcoatv2_to_GlossyLaminate_TAC300_CoLoV5.icc
ISOcoatv2_to_GlossyLaminate_Save300_CoLoV5.icc

Optimization of printing data for matte lamination films:
ISOcoatv2_to_MatteLaminate_Save300_CoLoV5.icc
ISOcoatV2_to_MatteLaminate_TAC300_CoLoV5.icc

What’s new in DLS-Manager 2.0?

The DLS-Manager 2.0 contains more than 70 new and updated DeviceLink Profiles for almost all international CMYK printing standards. The new profiles are labeled CoLoV7. The DLS-Manager 2 software and a new license are required to install the profiles.
The following sets are available:

  • Basic Set – (50 Profiles)
  • Offset and Gravure Set – (126 Profiles)
  • Offset and Gravure SaveInk Set – (102 Profiles)
  • Newsprint Set – (60 Profiles)
  • Japan Print Set – (35 Profiles)
  • Expert Set – (312 Profiles)

With each set, additional RGB-to-CMYK and CMYK-to-Gray DeviceLinks are also included and can be installed optionally. Now, there is no more hassle purchasing separate RGB-to-CMYK profiles.

The updated Basic Set now contains 50 CMYK-to-CMYK DeviceLink profiles instead of 32 profiles with the previous one. Users of ZePrA 7 and higher are entitled to get a free upgrade to the new Basic Set. Please get in touch with your ColorLogic dealer if you have ZePrA 7 or higher to get your free upgrade.

Customers with a valid DLS-Manager license for an older set are entitled to buy an upgrade for the new profiles. Note that certain older sets such as the Sheetfed, Headset and Gravure Sets no longer exist. Upgrading from the sets that have contained conversion, TAC reduction and SaveInk profiles require using the two new and improved equivalent sets Offset and Gravure and Offset and Gravure SaveInk. Please get in touch with your ColorLogic dealer to see how upgrading can benefit your workflow.

Available DeviceLink Sets

Basic Set

GRACoL1_to_SWOP3_TAC300_CoLoV3.icc
GRACoL1_to_SWOP5_TAC280_CoLoV3.icc
GRACoL2013_CRPC6v2_TAC320_CoLoV7.icc
GRACoL2013_to_SNAP2007_TAC240_CoLoV7.icc
EuroscaleCoatedV2_to_ISOcoatedV2_TAC330_CoLoV5.icc
ISOcoat_to_coatv2_TAC300_CoLoV3.icc
ISOcoat_to_coatv2_TAC330_CoLoV3.icc
ISOcoatedv2_TAC300_CoLoV3.icc
ISOcoatedv2_TAC330_CoLoV3.icc
ISOcoatedv2_to_ISOnews26_TAC240_CoLoV7.icc
ISOcoatedv2_to_PSO_SNP_Paper_TAC260_CoLoV7.icc
ISOcoatedv2_to_PSOcoatedv3_TAC300_CoLoV7.icc
ISOcoatedv2_to_PSOsc-b_Paperv3_TAC270_CoLoV7.icc
ISOcoatedv2_to_PSOuncoatedv3_TAC280_CoLoV7.icc
ISOcoatedv2_to_PSR_LWC_PLUS_V2_M1_TAC350_CoLoV7.icc
ISOcoatedv2_to_PSR_LWC_PLUS_V2_M1_TAC350_Gray-Exception_CoLoV7.icc
ISOcoatedv2_to_WAN-IFRAnews26v5_TAC220_CoLoV7.icc
ISOcoatv2_to_PSOlwc_Improved_CoLoV3.icc ISOcoatv2_to_PSOlwc_Standard_CoLoV3.icc
ISOcoatv2_to_PSOmfc_TAC280_CoLoV3.icc
ISOcoatv2_to_PSOuncoat_CoLoV3.icc
ISOcoatv2_to_PSRlwcPlusV2_CoLoV3.icc ISOcoatv2_to_PSRlwcStdV2_CoLoV3.icc
ISOcoatv2_to_SCpaper_TAC260_CoLoV3.icc
ISOcoatv2_to_uncoatYellow_TAC280_CoLoV3.icc
ISOcoatv2_to_uncoat_TAC280_CoLoV3.icc
ISOcoatv2_to_webcoat_TAC300_CoLoV3.icc
ISOuncoat_to_PSOuncoat_CoLoV3.icc
JapanColor2001Coated_TAC350_CoLoV7.icc
JapanColor2001Coated_to_2001Uncoated_TAC300_CoLoV5.icc
JapanColor2001Coated_to_2003WebCoated_TAC320_CoLoV5.icc
JapanColor2001Coated_to_2011Coated_TAC340_CoLoV5.icc
JapanColor2001Coated_to_JapanColor2002Newspaper_TAC240_CoLoV7.icc
PSOcoatedv3_TAC300_CoLoV6.icc
PSOcoatedv3_to_ISOcoatedv2_Reseparation_TAC300_CoLoV7.icc
PSOcoatedv3_to_ISOcoatedv2_TAC300_CoLoV7.icc
PSOcoatedv3_to_PSO_INP_Paper_TAC260_CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Improved_Reseparation_TAC300_CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Improved_TAC300_CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Standard_Reseparation_TAC300_CoLoV7.icc
PSOcoatedv3_to_PSO_MFC_Paper_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSO_SNP_Paper_TAC260_CoLoV7.icc
PSOcoatedv3_to_PSOsc-b_Paperv3_TAC270_CoLoV7.icc
PSOcoatedv3_to_PSOuncoated-Fogra47_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSOuncoated-Fogra47_TAC280_Triplex-Exception_CoLoV7.icc
PSOcoatedv3_to_PSOuncoatedv3_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSR_LWC_PLUS_V2_M1_TAC350_CoLoV7.icc
PSOcoatedv3_to_PSR_LWC_PLUS_V2_M1_TAC350_Gray-Exception_ColoV7.icc
PSOcoatedv3_to_SC_Paper_TAC270_CoLoV7.icc
PSOcoatedv3_to_WAN-IFRAnews26v5_TAC220_CoLoV7.icc

Offset and Gravure Set (Conversion, TAC Reduction)

GRACoL1_TAC320_CoLoV3.icc
GRACoL1_to_ISOcoatv2_TAC300_CoLoV3.icc
GRACoL1_to_ISOuncoat_TAC280_CoLoV3.icc
GRACoL1_to_ISOwebcoat_TAC300_CoLoV3.icc
GRACoL1_to_PSOlwc_Improved_TAC300_CoLoV3.icc
GRACoL1_to_PSOlwc_Standard_TAC300_CoLoV3.icc
GRACoL1_to_PSOuncoated_TAC280_CoLoV3.icc
GRACoL1_to_SWOP3_TAC300_CoLoV3.icc
GRACoL1_to_SWOP5_TAC280_CoLoV3.icc
GRACoL2013UNC_CRPC3_TAC280_CoLoV7.icc
GRACoL2013_CRPC6v2_TAC320_CoLoV7.icc
GRACoL2013_CRPC6v2_to_XCMYK2017_CoLoV7.icc
EuroscaleCoatedV2_to_ISOcoatedV2_TAC330_CoLoV5.icc
ISOcoat_to_coatv2_TAC300_CoLoV3.icc
ISOcoat_to_coatv2_TAC330_CoLoV3.icc
ISOcoatedv2_TAC260_CoLoV7.icc
ISOcoatedv2_TAC280_CoLoV7.icc
ISOcoatedv2_TAC300_CoLoV3.icc
ISOcoatedv2_TAC330_CoLoV3.icc
ISOcoatedv2_to_PSOcoatedv3_TAC300_CoLoV7.icc
ISOcoatedv2_to_PSOsc-b_Paperv3_TAC270_CoLoV7.icc
ISOcoatedv2_to_PSOuncoatedv3_TAC280_CoLoV7.icc
ISOcoatedv2_to_PSR_LWC_PLUS_V2_M1_TAC350_CoLoV7.icc ISOcoatedv2_to_PSR_LWC_PLUS_V2_M1_TAC350_GrayException_CoLoV7.icc
ISOcoatv2_to_GRACoL1_TAC320_CoLoV3.icc
ISOcoatv2_to_GlossyLaminate_TAC300_CoLoV5.icc
ISOcoatv2_to_MatteLaminate_TAC300_CoLoV5.icc
ISOcoatv2_to_PSOcoatNP_TAC300_CoLoV3.icc
ISOcoatv2_to_PSOcoatNP_TAC330_CoLoV3.icc
ISOcoatv2_to_PSOlwc_Improved_CoLoV3.icc
ISOcoatv2_to_PSOlwc_Standard_CoLoV3.icc
ISOcoatv2_to_PSOmfc_TAC280_CoLoV3.icc
ISOcoatv2_to_PSOuncoatNP_TAC280_CoLoV3.icc
ISOcoatv2_to_PSOuncoat_CoLoV3.icc
ISOcoatv2_to_PSRhwc_CoLoV3.icc
ISOcoatv2_to_PSRlwcPlusV2_CoLoV3.icc
ISOcoatv2_to_PSRlwcStdV2_CoLoV3.icc
ISOcoatv2_to_PSRlwc_CoLoV3.icc
ISOcoatv2_to_PSRmf_CoLoV3.icc
ISOcoatv2_to_PSRscPlusV2_CoLoV3.icc
ISOcoatv2_to_PSRscStdV2_CoLoV3.icc
ISOcoatv2_to_PSRsc_CoLoV3.icc
ISOcoatv2_to_SCpaper_TAC260_CoLoV3.icc
ISOcoatv2_to_SWOP3_TAC300_CoLoV3.icc
ISOcoatv2_to_SWOP5_TAC280_CoLoV3.icc
ISOcoatv2_to_cofcoat_TAC300_CoLoV3.icc
ISOcoatv2_to_cofuncoat_TAC280_CoLoV3.icc
ISOcoatv2_to_uncoatYellow_TAC280_CoLoV3.icc
ISOcoatv2_to_uncoat_TAC280_CoLoV3.icc
ISOcoatv2_to_webcoat_TAC300_CoLoV3.icc
ISOcofcoated_TAC300_CoLoV3.icc
ISOcofuncoated_TAC280_CoLoV3.icc
ISOuncoat_to_PSOuncoatNP_TAC280_CoLoV3.icc
ISOuncoat_to_PSOuncoat_CoLoV3.icc
ISOuncoat_to_cofuncoat_TAC280_CoLoV3.icc
ISOuncoat_to_uncoatyellow_TAC280_CoLoV3.icc
ISOuncoatedYello_TAC280_CoLoV3.icc
ISOuncoated_TAC280_CoLoV3.icc
ISOwebcoat_to_PSOlwc_Improved_CoLoV3.icc
ISOwebcoat_to_PSOlwc_Standard_CoLoV3.icc
ISOwebcoat_to_PSRlwcPlusV2_CoLoV3.icc
ISOwebcoat_to_PSRlwcStdV2_CoLoV3.icc
ISOwebcoat_to_SWOP3_TAC300_CoLoV3.icc
ISOwebcoat_to_SWOP5_TAC280_CoLoV3.icc
ISOwebcoated_TAC300_CoLoV3.icc
PSOcoatedNP_TAC300_CoLoV3.icc
PSOcoatedv3_TAC260_CoLoV7.icc
PSOcoatedv3_TAC280_CoLoV7.icc
PSOcoatedv3_TAC300_CoLoV6.icc
PSOcoatedv3_to_GRACoL2013_CRPC6v2_TAC320_CoLoV7.icc
PSOcoatedv3_to_ISOcoatedv2_Reseparation_TAC300_CoLoV7.icc
PSOcoatedv3_to_ISOcoatedv2_TAC300_CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Improved_Reseparation_TAC300_ CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Improved_TAC300_CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Standard_Reseparation_TAC300_ CoLoV7.icc
PSOcoatedv3_to_PSO_MFC_Paper_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSOsc-b_Paperv3_TAC270_CoLoV7.icc
PSOcoatedv3_to_PSOuncoated-Fogra47_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSOuncoated-Fogra47_TAC280_Triplex-Exception_CoLoV7.icc
PSOcoatedv3_to_PSOuncoatedv3_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSR_LWC_PLUS_V2_M1_TAC350_CoLoV7.icc PSOcoatedv3_to_PSR_LWC_PLUS_V2_M1_TAC350_GrayException_ColoV7.icc
PSOcoatedv3_to_SC_Paper_TAC270_CoLoV7.icc
PSOinp_TAC260_CoLoV5.icc
PSOlwcImpr_to_PSRlwcPlusV2_CoLoV3.icc
PSOlwcStd_to_PSRlwcStdV2_CoLoV3.icc
PSOlwc_Improved_TAC300_CoLoV3.icc
PSOlwc_Improved_to_SWOP3_CoLoV3.icc
PSOlwc_Standard_TAC300_CoLoV3.icc
PSOlwc_Standard_to_SWOP5_CoLoV3.icc
PSOmfc_TAC280_CoLoV3.icc
PSOscPaper_to_PSRscStdV2_CoLoV3.icc
PSOsnp_TAC260_CoLoV3.icc
SCpaperECI_TAC260_CoLoV3.icc
PSOuncoat_to_PSOuncoatNP_CoLoV3.icc
PSOuncoated-Fogra47_to_PSOuncoatedv3_TAC280_CoLoV7.icc
PSOuncoatedNP_TAC280_CoLoV3.icc
PSOuncoated_TAC280_CoLoV3.icc
PSOuncoatedv3_TAC280_CoLoV6.icc
PSOuncoatedv3_to_PSOuncoated-Fogra47_Reseparation_TAC280_ CoLoV7.icc
PSOuncoatedv3_to_PSOuncoated-Fogra47_TAC280_CoLo7.icc
PSRhwc_to_PSRlwcPlusV2_CoLoV3.icc
PSRlwcPlusV2_to_PSOlwcImpr_CoLoV3.icc
PSRlwcPlusV2_to_PSRgravureMF_TAC360_CoLoV5.icc
PSRlwcPlusV2_to_PSRlwcStdV2_TAC360_CoLoV5.icc
PSRlwcPlusV2_to_SWOP3_CoLoV3.icc
PSRlwcStdV2_to_PSOlwcStd_CoLoV3.icc
PSRlwcStdV2_to_PSRgravureMF_TAC360_CoLoV5.icc
PSRlwcStdV2_to_PSRlwcPlusV2_TAC360_CoLoV5.icc
PSRlwcStdV2_to_SWOP5_CoLoV3.icc
PSRlwc_to_ISOwebcoat_CoLoV3.icc
PSRlwc_to_PSRlwcStdV2_CoLoV3.icc
PSRlwc_to_SWOP3_CoLoV3.icc
PSRscStdV2_to_PSOscPaper_CoLoV3.icc
PSRsc_to_PSRscStdV2_CoLoV3.icc
SWOP2013C3_CRPC5_TAC300_CoLoV7.icc
SWOP3_TAC300_CoLoV3.icc
SWOP3_to_ISOcoatedV2_TAC330_CoLoV5.icc
SWOP3_to_ISOwebcoat_TAC300_CoLoV3.icc
SWOP3_to_PSOlwc_Improved_CoLoV3.icc
SWOP3_to_PSRlwcPlusV2_CoLoV3.icc
SWOP3_to_PSRlwc_TAC360_CoLoV3.icc
SWOP3_to_SWOP5_TAC280_CoLoV3.icc
SWOP5_TAC280_CoLoV3.icc
SWOP5_to_PSOlwc_Standard_CoLoV3.icc
SWOP5_to_PSRlwcStdV2_CoLoV3.icc

Offset and Gravure SaveInk Set

GRACoL1_SaveMax300_CoLoV5.icc
GRACoL1_SaveNeutral300_CoLoV5.icc
GRACoL1_SaveStrong300_CoLoV5.icc
GRACoL1_to_ISOcoatv2_Save300_CoLoV3.icc
GRACoL1_to_ISOuncoat_Save280_CoLoV3.icc
GRACoL1_to_ISOuncoatyellow_Save280_CoLoV3.icc
GRACoL1_to_ISOwebcoat_Save300_CoLoV3.icc
GRACoL1_to_PSOlwc_Improved_Save300_CoLoV3.icc
GRACoL1_to_PSOlwc_Standard_Save300_CoLoV3.icc
GRACoL1_to_PSOuncoat_Save280_CoLoV3.icc
GRACoL1_to_SWOP3_Save300_CoLoV3.icc
GRACoL1_to_SWOP5_Save280_CoLoV3.icc
GRACoL2013UNC_CRPC3_SaveMax280_CoLoV7.icc
GRACoL2013UNC_CRPC3_SaveNeutral280_CoLoV7.icc
GRACoL2013UNC_CRPC3_SaveStrong280_CoLoV7.icc
GRACoL2013_CRPC6v2_SaveMax300_CoLoV7.icc
GRACoL2013_CRPC6v2_SaveNeutral320_CoLoV7.icc
GRACoL2013_CRPC6v2_SaveStrong320_CoLoV7.icc
ISOcoatedV2_SaveMax300_CoLoV5.icc
ISOcoatedV2_SaveNeutral300_CoLoV5.icc
ISOcoatedV2_SaveStrong300_CoLoV5.icc
ISOcoatv2_to_GRACoL1_Save300_CoLoV3.icc
ISOcoatv2_to_GlossyLaminate_Save300_CoLoV5.icc
ISOcoatv2_to_MatteLaminate_Save300_CoLoV5.icc
ISOcoatv2_to_PSOcoatNP_Save300_CoLoV3.icc
ISOcoatv2_to_PSOlwc_Improved_Save300_CoLoV3.icc
ISOcoatv2_to_PSOlwc_Standard_Save300_CoLoV3.icc
ISOcoatv2_to_PSOmfc_Save280_CoLoV3.icc
ISOcoatv2_to_PSOuncoatNP_Save280_CoLoV3.icc
ISOcoatv2_to_PSOuncoatNP_Save300_CoLoV3.icc
ISOcoatv2_to_PSOuncoat_Save280_CoLoV3.icc
ISOcoatv2_to_SCpaperECI_Save260_CoLoV3.icc
ISOcoatv2_to_SWOP3_Save300_CoLoV3.icc
ISOcoatv2_to_SWOP5_Save280_CoLoV3.icc
ISOcoatv2_to_cofcoat_Save300_CoLoV3.icc
ISOcoatv2_to_cofuncoat_Save280_CoLoV3.icc
ISOcoatv2_to_uncoat_Save280_CoLoV3.icc
ISOcoatv2_to_uncoatyellow_Save280_CoLoV3.icc
ISOcoatv2_to_webcoat_Save300_CoLoV3.icc
ISOcofcoated_SaveMax300_CoLoV5.icc
ISOcofcoated_SaveNeutral300_CoLoV5.icc
ISOcofcoated_SaveStrong300_CoLoV5.icc
ISOcofuncoated_SaveMax280_CoLoV5.icc
ISOcofuncoated_SaveNeutral280_CoLoV5.icc
ISOcofuncoated_SaveStrong280_CoLoV5.icc
ISOuncoat_to_ISOcofuncoat_Save280_CoLoV3.icc
ISOuncoat_to_ISOuncoatyellow_Save280_CoLoV3.icc
ISOuncoat_to_PSOuncoatNP_Save280_CoLoV3.icc
ISOuncoat_to_PSOuncoat_Save280_CoLoV3.icc
ISOuncoated_SaveMax_ColoV3.icc
ISOuncoated_SaveNeutral_CoLoV3.icc
ISOuncoated_SaveStrong_CoLoV3.icc
ISOuncoatedyellow_SaveMax280_CoLoV5.icc
ISOuncoatedyellow_SaveNeutral280_CoLoV5.icc
ISOuncoatedyellow_SaveStrong280_CoLoV5.icc
ISOwebcoat_to_PSOlwc_Improved_Save300_CoLoV3.icc
ISOwebcoat_to_PSOlwc_Standard_Save300_CoLoV3.icc
ISOwebcoat_to_SWOP3_Save300_CoLoV3.icc
ISOwebcoat_to_SWOP5_Save280_CoLoV3.icc
PSOcoatedNP_SaveMax300_CoLoV5.icc
PSOcoatedNP_SaveNeutral300_CoLoV5.icc
PSOcoatedNP_SaveStrong300_CoLoV5.icc
PSOcoatedv3_SaveMax280_CoLoV6.icc
PSOcoatedv3_SaveNeutral300_CoLoV6.icc
PSOcoatedv3_SaveStrong300_CoLoV6.icc
PSOlwc_Impr_to_SWOP3_Save300_CoLoV3.icc
PSOlwc_Improved_SaveMax300_CoLoV5.icc
PSOlwc_Improved_SaveNeutral300_CoLoV5.icc
PSOlwc_Improved_SaveStrong300_CoLoV5.icc
PSOlwc_Stand_to_SWOP5_Save300_CoLoV3.icc
PSOlwc_Standard_SaveMax300_CoLoV5.icc
PSOlwc_Standard_SaveNeutral300_CoLoV5.icc
PSOlwc_Standard_SaveStrong300_CoLoV5.icc
PSOmfc_SaveMax260_CoLoV5.icc
PSOmfc_SaveNeutral260_CoLoV5.icc
PSOmfc_SaveStrong260_CoLoV5.icc
PSOuncoat_to_PSOuncoatNP_Save280_CoLoV3.icc
PSOuncoatedNP_SaveMax280_CoLoV5.icc
PSOuncoatedNP_SaveNeutral280_CoLoV5.icc
PSOuncoatedNP_SaveStrong280_CoLoV5.icc
PSOuncoated_SaveMax280_CoLoV5.icc
PSOuncoated_SaveNeutral280_CoLoV5.icc
PSOuncoated_SaveStrong280_CoLoV5.icc
PSOuncoatedv3_SaveMax260_CoLoV6.icc
PSOuncoatedv3_SaveNeutral280_CoLoV6.icc
PSOuncoatedv3_SaveStrong280_CoLoV6.icc
SCpaperECI_SaveMax260_CoLoV5.icc
SCpaperECI_SaveNeutral260_CoLoV5icc.icc
SCpaperECI_SaveStrong260_CoLoV5.icc
SWOP2013C3_CRPC5_SaveMax290_CoLoV7.icc
SWOP2013C3_CRPC5_SaveNeutral300_CoLoV7.icc
SWOP2013C3_CRPC5_SaveStrong300_CoLoV7.icc
SWOP3_SaveMax300_CoLoV5.icc
SWOP3_SaveNeutral300_CoLoV5.icc
SWOP3_SaveStrong300_CoLoV5.icc
SWOP3_to_ISOwebcoat_Save300_CoLoV3.icc
SWOP3_to_PSOlwc_Improved_Save300_CoLoV3.icc
SWOP3_to_SWOP5_Save280_CoLoV3.icc
SWOP5_SaveMax280_CoLoV5.icc
SWOP5_SaveNeutral280_CoLoV5.icc
SWOP5_SaveStrong280_CoLoV5.icc
SWOP5_to_PSOlwc_Standard_Save300_CoLoV3.icc

Newsprint Set (Conversion, TAC Reduction, Save Ink)

CGATS21_CRPC1v2_Newspaper_SaveMax180_CoLoV7.icc
CGATS21_CRPC1v2_Newspaper_SaveMax200_CoLoV7.icc
CGATS21_CRPC1v2_Newspaper_TAC240_CoLoV7.icc
GRACoL2013_to_SNAP2007_SaveMax240_CoLoV7.icc
GRACoL2013_to_SNAP2007_TAC240_CoLoV7.icc
GRACoL2013_to_WAN-IFRAnewspaper26v5_SaveMax220_ CoLoV7.icc
GRACoL2013_to_WAN-IFRAnewspaper26v5_TAC220_CoLoV7.icc
ISOcoatedv2_to_ISOnews26_TAC240_CoLoV7.icc
ISOcoatedv2_to_JapanColor2002Newspaper_TAC240_CoLoV7.icc
ISOcoatedv2_to_PSO_INP_Paper_TAC260_CoLoV7.icc
ISOcoatedv2_to_PSO_SNP_Paper_TAC260_CoLoV7.icc
ISOcoatedv2_to_SNAP2007_TAC240_CoLoV7.icc
ISOcoatedv2_to_WAN-IFRAnews26v5_SaveMax220_CoLoV7.icc
ISOcoatedv2_to_WAN-IFRAnews26v5_TAC220_CoLoV7.icc
ISOnews26_SaveMax180_CoLoV5.icc
ISOnews26_SaveStrong180_CoLoV5.icc
ISOnews26_TAC240_CoLoV5.icc
ISOnews30_SaveMax180_CoLoV5.icc
ISOnews30_SaveStrong180_CoLoV5.icc
ISOnewspaper26_SaveMax200_CoLoV5.icc
ISOnewspaper26_SaveMax240_CoLoV5.icc
ISOnewspaper26_SaveStrong200_CoLoV5.icc
ISOnewspaper26_SaveStrong240_CoLoV5.icc
ISOnewspaper30_SaveMax200_CoLoV5.icc
ISOnewspaper30_SaveMax240_CoLoV5.icc
ISOnewspaper30_SaveStrong200_CoLoV5.icc
ISOnewspaper30_SaveStrong240_CoLoV5.icc
Japan2002Newspaper_SaveMax180_CoLoV5.icc
Japan2002Newspaper_SaveMax200_CoLoV5.icc
Japan2002Newspaper_SaveMax240_CoLoV5.icc
Japan2002Newspaper_SaveStrong180_CoLoV5.icc
Japan2002Newspaper_SaveStrong200_CoLoV5.icc
Japan2002Newspaper_SaveStrong240_CoLoV5.icc
JapanColor2001Coated_to_JapanColor2002Newspaper_TAC240_ CoLoV7.icc
PSOcoatedv3_to_JapanColor2002Newspaper_TAC240_CoLoV7.icc
PSOcoatedv3_to_PSO_INP_Paper_TAC260_CoLoV7.icc
PSOcoatedv3_to_PSO_SNP_Paper_TAC260_CoLoV7.icc
PSOcoatedv3_to_PSO_SNP_Paper_TAC260_Gray-Exception_ CoLoV7.icc
PSOcoatedv3_to_SNAP2007_TAC240_CoLoV7.icc
PSOcoatedv3_to_WAN-IFRAnews26v5_SaveMax220_CoLoV7.icc
PSOcoatedv3_to_WAN-IFRAnews26v5_TAC220_CoLoV7.icc
PSOinp_SaveMax260_ColoV5.icc
PSOinp_SaveNeutral260_CoLoV5.icc
PSOinp_SaveStrong260_CoLoV5.icc
PSOinp_TAC260_CoLoV5.icc
PSOsnp_SaveMax260_CoLoV5.icc
PSOsnp_SaveNeutral260_CoLoV5.icc
PSOsnp_SaveStrong260_CoLoV5.icc
PSOsnp_TAC260_CoLoV3.icc
PSOuncoatedv3_to_WAN-IFRAnewspaper26v5_TAC220_CoLoV7.icc
SNAP2007_TAC240_CoLoV3.icc
SNAP2009_SaveMax180_CoLoV5.icc
SNAP2009_SaveMax200_CoLoV5.icc
SNAP2009_SaveMax220_CoLoV5.icc
SNAP2009_SaveStrong180_CoLoV5.icc
SNAP2009_SaveStrong200_CoLoV5.icc
SNAP2009_SaveStrong220_CoLoV5.icc
WAN-IFRAnewspaper26v5_SaveMax180_CoLoV6.icc
WAN-IFRAnewspaper26v5_SaveMax200_CoLoV6.icc
WAN-IFRAnewspaper26v5_TAC220_CoLoV6.icc

Japan Set (Conversion, TAC Reduction, Save Ink)

ISOcoatedv2_to_JapanColor2002Newspaper_TAC240_CoLoV7.icc
ISOcoatv2_to_Jap2001coat_TAC320_CoLoV3.icc
ISOcoatv2_to_Jap2003webcoated_TAC300_CoLoV3.icc
ISOcoatv2_to_JapanColor2011coat_TAC340_CoLoV5.icc
Japan2001Coated_SaveMax300_CoLoV5.icc
Japan2001Coated_SaveNeutral300_CoLoV5.icc
Japan2001Coated_SaveStrong300_CoLoV5.icc
Japan2001Uncoated_SaveMax280_CoLoV5.icc
Japan2001Uncoated_SaveNeutral280_CoLoV5.icc
Japan2001Uncoated_SaveStrong280_CoLoV5.icc
Japan2002Newspaper_SaveMax180_CoLoV5.icc
Japan2002Newspaper_SaveMax200_CoLoV5.icc
Japan2002Newspaper_SaveMax240_CoLoV5.icc
Japan2002Newspaper_SaveStrong180_CoLoV5.icc
Japan2002Newspaper_SaveStrong200_CoLoV5.icc
Japan2002Newspaper_SaveStrong240_CoLoV5.icc
Japan2003WebCoated_SaveMax300_CoLoV5.icc
Japan2003WebCoated_SaveNeutral300_CoLoV5.icc
Japan2003WebCoated_SaveStrong300_CoLoV5.icc
JapanColor2001Coated_TAC350_CoLoV7.icc
JapanColor2001Coated_to_2001Uncoated_TAC300_CoLoV5.icc
JapanColor2001Coated_to_2003WebCoated_TAC320_CoLoV5.icc
JapanColor2001Coated_to_2011Coated_TAC340_CoLoV5.icc
JapanColor2001Coated_to_JapanColor2002Newspaper_TAC240_ CoLoV7.icc
JapanColor2001Uncoated_TAC310_CoLoV7.icc
JapanColor2003WebCoated_TAC300_CoLoV7.icc
JapanColor2011Coated_TAC340_CoLoV7.icc
JapanColor2011_SaveMax300_CoLoV5.icc
JapanColor2011_SaveNeutral320_CoLoV5.icc
JapanColor2011_SaveStrong320_CoLoV5.icc
JapanWebCoated_Ad_SaveMax_CoLoV3.icc
JapanWebCoated_Ad_SaveNeutral_CoLoV3.icc
JapanWebCoated_Ad_SaveStrong_CoLoV3.icc
JapanWebCoated_TAC320_CoLoV7.icc
PSOcoatedv3_to_JapanColor2002Newspaper_TAC240_CoLoV7.icc

Expert Set (contains all Profiles)

CGATS21_CRPC1v2_Newspaper_SaveMax180_CoLoV7.icc
CGATS21_CRPC1v2_Newspaper_SaveMax200_CoLoV7.icc
CGATS21_CRPC1v2_Newspaper_TAC240_CoLoV7.icc
GRACoL1_SaveMax300_CoLoV5.icc
GRACoL1_SaveNeutral300_CoLoV5.icc
GRACoL1_SaveStrong300_CoLoV5.icc
GRACoL1_TAC320_CoLoV3.icc
GRACoL1_to_ISOcoatv2_Save300_CoLoV3.icc
GRACoL1_to_ISOcoatv2_TAC300_CoLoV3.icc
GRACoL1_to_ISOuncoat_Save280_CoLoV3.icc
GRACoL1_to_ISOuncoat_TAC280_CoLoV3.icc
GRACoL1_to_ISOuncoatyellow_Save280_CoLoV3.icc
GRACoL1_to_ISOwebcoat_Save300_CoLoV3.icc
GRACoL1_to_ISOwebcoat_TAC300_CoLoV3.icc
GRACoL1_to_PSOlwc_Improved_Save300_CoLoV3.icc
GRACoL1_to_PSOlwc_Improved_TAC300_CoLoV3.icc
GRACoL1_to_PSOlwc_Standard_Save300_CoLoV3.icc
GRACoL1_to_PSOlwc_Standard_TAC300_CoLoV3.icc
GRACoL1_to_PSOuncoat_Save280_CoLoV3.icc
GRACoL1_to_PSOuncoated_TAC280_CoLoV3.icc
GRACoL1_to_SWOP3_Save300_CoLoV3.icc
GRACoL1_to_SWOP3_TAC300_CoLoV3.icc
GRACoL1_to_SWOP5_Save280_CoLoV3.icc
GRACoL1_to_SWOP5_TAC280_CoLoV3.icc
GRACoL2013UNC_CRPC3_SaveMax280_CoLoV7.icc
GRACoL2013UNC_CRPC3_SaveNeutral280_CoLoV7.icc
GRACoL2013UNC_CRPC3_SaveStrong280_CoLoV7.icc
GRACoL2013UNC_CRPC3_TAC280_CoLoV7.icc
GRACoL2013_CRPC6v2_SaveMax300_CoLoV7.icc
GRACoL2013_CRPC6v2_SaveNeutral320_CoLoV7.icc
GRACoL2013_CRPC6v2_SaveStrong320_CoLoV7.icc
GRACoL2013_CRPC6v2_TAC320_CoLoV7.icc
GRACoL2013_CRPC6v2_to_XCMYK2017_CoLoV7.icc
GRACoL2013_to_SNAP2007_SaveMax240_CoLoV7.icc
GRACoL2013_to_SNAP2007_TAC240_CoLoV7.icc
GRACoL2013_to_WAN-IFRAnewspaper26v5_SaveMax220_ CoLoV7.icc
GRACoL2013_to_WAN-IFRAnewspaper26v5_TAC220_CoLoV7.icc
EuroscaleCoatedV2_to_ISOcoatedV2_TAC330_CoLoV5.icc
ISOcoat_to_coatv2_TAC300_CoLoV3.icc
ISOcoat_to_coatv2_TAC330_CoLoV3.icc
ISOcoatedV2_SaveMax300_CoLoV5.icc
ISOcoatedV2_SaveNeutral300_CoLoV5.icc
ISOcoatedV2_SaveStrong300_CoLoV5.icc
ISOcoatedv2_TAC260_CoLoV7.icc
ISOcoatedv2_TAC280_CoLoV7.icc
ISOcoatedv2_TAC300_CoLoV3.icc
ISOcoatedv2_TAC330_CoLoV3.icc
ISOcoatedv2_to_ISOnews26_TAC240_CoLoV7.icc
ISOcoatedv2_to_JapanColor2002Newspaper_TAC240_CoLoV7.icc
ISOcoatedv2_to_PSO_INP_Paper_TAC260_CoLoV7.icc
ISOcoatedv2_to_PSO_SNP_Paper_TAC260_CoLoV7.icc
ISOcoatedv2_to_PSOcoatedv3_TAC300_CoLoV7.icc
ISOcoatedv2_to_PSOsc-b_Paperv3_TAC270_CoLoV7.icc
ISOcoatedv2_to_PSOuncoatedv3_TAC280_CoLoV7.icc
ISOcoatedv2_to_PSR_LWC_PLUS_V2_M1_TAC350_CoLoV7.icc ISOcoatedv2_to_PSR_LWC_PLUS_V2_M1_TAC350_GrayException_CoLoV7.icc
ISOcoatedv2_to_SNAP2007_TAC240_CoLoV7.icc
ISOcoatedv2_to_WAN-IFRAnews26v5_SaveMax220_CoLoV7.icc
ISOcoatedv2_to_WAN-IFRAnews26v5_TAC220_CoLoV7.icc
ISOcoatv2_to_GRACoL1_Save300_CoLoV3.icc
ISOcoatv2_to_GRACoL1_TAC320_CoLoV3.icc
ISOcoatv2_to_GlossyLaminate_Save300_CoLoV5.icc
ISOcoatv2_to_GlossyLaminate_TAC300_CoLoV5.icc
ISOcoatv2_to_Jap2001coat_TAC320_CoLoV3.icc
ISOcoatv2_to_Jap2003webcoated_TAC300_CoLoV3.icc
ISOcoatv2_to_JapanColor2011coat_TAC340_CoLoV5.icc
ISOcoatv2_to_MatteLaminate_Save300_CoLoV5.icc
ISOcoatv2_to_MatteLaminate_TAC300_CoLoV5.icc
ISOcoatv2_to_PSOcoatNP_Save300_CoLoV3.icc
ISOcoatv2_to_PSOcoatNP_TAC300_CoLoV3.icc
ISOcoatv2_to_PSOcoatNP_TAC330_CoLoV3.icc
ISOcoatv2_to_PSOlwc_Improved_CoLoV3.icc
ISOcoatv2_to_PSOlwc_Improved_Save300_CoLoV3.icc
ISOcoatv2_to_PSOlwc_Standard_CoLoV3.icc
ISOcoatv2_to_PSOlwc_Standard_Save300_CoLoV3.icc
ISOcoatv2_to_PSOmfc_Save280_CoLoV3.icc
ISOcoatv2_to_PSOmfc_TAC280_CoLoV3.icc
ISOcoatv2_to_PSOuncoatNP_Save280_CoLoV3.icc
ISOcoatv2_to_PSOuncoatNP_Save300_CoLoV3.icc
ISOcoatv2_to_PSOuncoatNP_TAC280_CoLoV3.icc
ISOcoatv2_to_PSOuncoat_CoLoV3.icc
ISOcoatv2_to_PSOuncoat_Save280_CoLoV3.icc
ISOcoatv2_to_PSRhwc_CoLoV3.icc
ISOcoatv2_to_PSRlwcPlusV2_CoLoV3.icc
ISOcoatv2_to_PSRlwcStdV2_CoLoV3.icc
ISOcoatv2_to_PSRlwc_CoLoV3.icc
ISOcoatv2_to_PSRmf_CoLoV3.icc
ISOcoatv2_to_PSRscPlusV2_CoLoV3.icc
ISOcoatv2_to_PSRscStdV2_CoLoV3.icc
ISOcoatv2_to_PSRsc_CoLoV3.icc
ISOcoatv2_to_SCpaperECI_Save260_CoLoV3.icc
ISOcoatv2_to_SCpaper_TAC260_CoLoV3.icc
ISOcoatv2_to_SWOP3_Save300_CoLoV3.icc
ISOcoatv2_to_SWOP3_TAC300_CoLoV3.icc
ISOcoatv2_to_SWOP5_Save280_CoLoV3.icc
ISOcoatv2_to_SWOP5_TAC280_CoLoV3.icc
ISOcoatv2_to_cofcoat_Save300_CoLoV3.icc
ISOcoatv2_to_cofcoat_TAC300_CoLoV3.icc
ISOcoatv2_to_cofuncoat_Save280_CoLoV3.icc
ISOcoatv2_to_cofuncoat_TAC280_CoLoV3.icc
ISOcoatv2_to_uncoatYellow_TAC280_CoLoV3.icc
ISOcoatv2_to_uncoat_Save280_CoLoV3.icc
ISOcoatv2_to_uncoat_TAC280_CoLoV3.icc
ISOcoatv2_to_uncoatyellow_Save280_CoLoV3.icc
ISOcoatv2_to_webcoat_Save300_CoLoV3.icc
ISOcoatv2_to_webcoat_TAC300_CoLoV3.icc
ISOcofcoated_SaveMax300_CoLoV5.icc
ISOcofcoated_SaveNeutral300_CoLoV5.icc
ISOcofcoated_SaveStrong300_CoLoV5.icc
ISOcofcoated_TAC300_CoLoV3.icc
ISOcofuncoated_SaveMax280_CoLoV5.icc
ISOcofuncoated_SaveNeutral280_CoLoV5.icc
ISOcofuncoated_SaveStrong280_CoLoV5.icc
ISOcofuncoated_TAC280_CoLoV3.icc
ISOnews26_SaveMax180_CoLoV5.icc
ISOnews26_SaveStrong180_CoLoV5.icc
ISOnews26_TAC240_CoLoV5.icc
ISOnews30_SaveMax180_CoLoV5.icc
ISOnews30_SaveStrong180_CoLoV5.icc
ISOnewspaper26_SaveMax200_CoLoV5.icc
ISOnewspaper26_SaveMax240_CoLoV5.icc
ISOnewspaper26_SaveStrong200_CoLoV5.icc
ISOnewspaper26_SaveStrong240_CoLoV5.icc
ISOnewspaper30_SaveMax200_CoLoV5.icc
ISOnewspaper30_SaveMax240_CoLoV5.icc
ISOnewspaper30_SaveStrong200_CoLoV5.icc
ISOnewspaper30_SaveStrong240_CoLoV5.icc
ISOuncoat_to_ISOcofuncoat_Save280_CoLoV3.icc
ISOuncoat_to_ISOuncoatyellow_Save280_CoLoV3.icc
ISOuncoat_to_PSOuncoatNP_Save280_CoLoV3.icc
ISOuncoat_to_PSOuncoatNP_TAC280_CoLoV3.icc
ISOuncoat_to_PSOuncoat_CoLoV3.icc
ISOuncoat_to_PSOuncoat_Save280_CoLoV3.icc
ISOuncoat_to_cofuncoat_TAC280_CoLoV3.icc
ISOuncoat_to_uncoatyellow_TAC280_CoLoV3.icc
ISOuncoatedYello_TAC280_CoLoV3.icc
ISOuncoated_SaveMax_ColoV3.icc
ISOuncoated_SaveNeutral_CoLoV3.icc
ISOuncoated_SaveStrong_CoLoV3.icc
ISOuncoated_TAC280_CoLoV3.icc
ISOuncoatedyellow_SaveMax280_CoLoV5.icc
ISOuncoatedyellow_SaveNeutral280_CoLoV5.icc
ISOuncoatedyellow_SaveStrong280_CoLoV5.icc
ISOwebcoat_to_PSOlwc_Improved_CoLoV3.icc
ISOwebcoat_to_PSOlwc_Improved_Save300_CoLoV3.icc
ISOwebcoat_to_PSOlwc_Standard_CoLoV3.icc
ISOwebcoat_to_PSOlwc_Standard_Save300_CoLoV3.icc
ISOwebcoat_to_PSRlwcPlusV2_CoLoV3.icc
ISOwebcoat_to_PSRlwcStdV2_CoLoV3.icc
ISOwebcoat_to_SWOP3_Save300_CoLoV3.icc
ISOwebcoat_to_SWOP3_TAC300_CoLoV3.icc
ISOwebcoat_to_SWOP5_Save280_CoLoV3.icc
ISOwebcoat_to_SWOP5_TAC280_CoLoV3.icc
ISOwebcoated_TAC300_CoLoV3.icc
Japan2001Coated_SaveMax300_CoLoV5.icc
Japan2001Coated_SaveNeutral300_CoLoV5.icc
Japan2001Coated_SaveStrong300_CoLoV5.icc
Japan2001Uncoated_SaveMax280_CoLoV5.icc
Japan2001Uncoated_SaveNeutral280_CoLoV5.icc
Japan2001Uncoated_SaveStrong280_CoLoV5.icc
Japan2002Newspaper_SaveMax180_CoLoV5.icc
Japan2002Newspaper_SaveMax200_CoLoV5.icc
Japan2002Newspaper_SaveMax240_CoLoV5.icc
Japan2002Newspaper_SaveStrong180_CoLoV5.icc
Japan2002Newspaper_SaveStrong200_CoLoV5.icc
Japan2002Newspaper_SaveStrong240_CoLoV5.icc
Japan2003WebCoated_SaveMax300_CoLoV5.icc
Japan2003WebCoated_SaveNeutral300_CoLoV5.icc
Japan2003WebCoated_SaveStrong300_CoLoV5.icc
JapanColor2001Coated_TAC350_CoLoV7.icc
JapanColor2001Coated_to_2001Uncoated_TAC300_CoLoV5.icc
JapanColor2001Coated_to_2003WebCoated_TAC320_CoLoV5.icc
JapanColor2001Coated_to_2011Coated_TAC340_CoLoV5.icc
JapanColor2001Coated_to_JapanColor2002Newspaper_TAC240_ CoLoV7.icc
JapanColor2001Uncoated_TAC310_CoLoV7.icc
JapanColor2003WebCoated_TAC300_CoLoV7.icc
JapanColor2011Coated_TAC340_CoLoV7.icc
JapanColor2011_SaveMax300_CoLoV5.icc
JapanColor2011_SaveNeutral320_CoLoV5.icc
JapanColor2011_SaveStrong320_CoLoV5.icc
JapanWebCoated_Ad_SaveMax_CoLoV3.icc
JapanWebCoated_Ad_SaveNeutral_CoLoV3.icc
JapanWebCoated_Ad_SaveStrong_CoLoV3.icc
JapanWebCoated_TAC320_CoLoV7.icc
PSOcoatedNP_SaveMax300_CoLoV5.icc
PSOcoatedNP_SaveNeutral300_CoLoV5.icc
PSOcoatedNP_SaveStrong300_CoLoV5.icc
PSOcoatedNP_TAC300_CoLoV3.icc
PSOcoatedv3_SaveMax280_CoLoV6.icc
PSOcoatedv3_SaveNeutral300_CoLoV6.icc
PSOcoatedv3_SaveStrong300_CoLoV6.icc
PSOcoatedv3_TAC260_CoLoV7.icc
PSOcoatedv3_TAC280_CoLoV7.icc
PSOcoatedv3_TAC300_CoLoV6.icc
PSOcoatedv3_to_GRACoL2013_CRPC6v2_TAC320_CoLoV7.icc
PSOcoatedv3_to_ISOcoatedv2_Reseparation_TAC300_CoLoV7.icc
PSOcoatedv3_to_ISOcoatedv2_TAC300_CoLoV7.icc
PSOcoatedv3_to_JapanColor2002Newspaper_TAC240_CoLoV7.icc
PSOcoatedv3_to_PSO_INP_Paper_TAC260_CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Improved_Reseparation_ TAC300_CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Improved_TAC300_CoLoV7.icc
PSOcoatedv3_to_PSO_LWC_Standard_Reseparation_TAC300_ CoLoV7.icc
PSOcoatedv3_to_PSO_MFC_Paper_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSO_SNP_Paper_TAC260_CoLoV7.icc
PSOcoatedv3_to_PSO_SNP_Paper_TAC260_Gray-Exception_ CoLoV7.icc
PSOcoatedv3_to_PSOsc-b_Paperv3_TAC270_CoLoV7.icc
PSOcoatedv3_to_PSOuncoated-Fogra47_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSOuncoated-Fogra47_TAC280_TriplexException_CoLoV7.icc
PSOcoatedv3_to_PSOuncoatedv3_TAC280_CoLoV7.icc
PSOcoatedv3_to_PSR_LWC_PLUS_V2_M1_TAC350_CoLoV7.icc PSOcoatedv3_to_PSR_LWC_PLUS_V2_M1_TAC350_GrayException_ColoV7.icc
PSOcoatedv3_to_SC_Paper_TAC270_CoLoV7.icc
PSOcoatedv3_to_SNAP2007_TAC240_CoLoV7.icc
PSOcoatedv3_to_WAN-IFRAnews26v5_SaveMax220_CoLoV7.icc
PSOcoatedv3_to_WAN-IFRAnews26v5_TAC220_CoLoV7.icc
PSOinp_SaveMax260_ColoV5.icc
PSOinp_SaveNeutral260_CoLoV5.icc
PSOinp_SaveStrong260_CoLoV5.icc
PSOinp_TAC260_CoLoV5.icc
PSOlwcImpr_to_PSRlwcPlusV2_CoLoV3.icc
PSOlwcStd_to_PSRlwcStdV2_CoLoV3.icc
PSOlwc_Impr_to_SWOP3_Save300_CoLoV3.icc
PSOlwc_Improved_SaveMax300_CoLoV5.icc
PSOlwc_Improved_SaveNeutral300_CoLoV5.icc
PSOlwc_Improved_SaveStrong300_CoLoV5.icc
PSOlwc_Improved_TAC300_CoLoV3.icc
PSOlwc_Improved_to_SWOP3_CoLoV3.icc
PSOlwc_Stand_to_SWOP5_Save300_CoLoV3.icc
PSOlwc_Standard_SaveMax300_CoLoV5.icc
PSOlwc_Standard_SaveNeutral300_CoLoV5.icc
PSOlwc_Standard_SaveStrong300_CoLoV5.icc
PSOlwc_Standard_TAC300_CoLoV3.icc
PSOlwc_Standard_to_SWOP5_CoLoV3.icc
PSOmfc_SaveMax260_CoLoV5.icc
PSOmfc_SaveNeutral260_CoLoV5.icc
PSOmfc_SaveStrong260_CoLoV5.icc
PSOmfc_TAC280_CoLoV3.icc
PSOscPaper_to_PSRscStdV2_CoLoV3.icc
PSOsnp_SaveMax260_CoLoV5.icc
PSOsnp_SaveNeutral260_CoLoV5.icc
PSOsnp_SaveStrong260_CoLoV5.icc
PSOsnp_TAC260_CoLoV3.icc PSOuncoat_to_PSOuncoatNP_CoLoV3.icc
PSOuncoat_to_PSOuncoatNP_Save280_CoLoV3.icc
PSOuncoated-Fogra47_to_PSOuncoatedv3_TAC280_CoLoV7.icc
PSOuncoatedNP_SaveMax280_CoLoV5.icc
PSOuncoatedNP_SaveNeutral280_CoLoV5.icc
PSOuncoatedNP_SaveStrong280_CoLoV5.icc
PSOuncoatedNP_TAC280_CoLoV3.icc
PSOuncoated_SaveMax280_CoLoV5.icc
PSOuncoated_SaveNeutral280_CoLoV5.icc
PSOuncoated_SaveStrong280_CoLoV5.icc
PSOuncoated_TAC280_CoLoV3.icc
PSOuncoatedv3_SaveMax260_CoLoV6.icc
PSOuncoatedv3_SaveNeutral280_CoLoV6.icc
PSOuncoatedv3_SaveStrong280_CoLoV6.icc
PSOuncoatedv3_TAC280_CoLoV6.icc
PSOuncoatedv3_to_PSOuncoated-Fogra47_Reseparation_ TAC280_CoLoV7.icc
PSOuncoatedv3_to_PSOuncoated-Fogra47_TAC280_CoLo7.icc
PSOuncoatedv3_to_WAN-IFRAnewspaper26v5_TAC220_CoLoV7.icc
PSRhwc_to_PSRlwcPlusV2_CoLoV3.icc
PSRlwcPlusV2_to_PSOlwcImpr_CoLoV3.icc
PSRlwcPlusV2_to_PSRgravureMF_TAC360_CoLoV5.icc
PSRlwcPlusV2_to_PSRlwcStdV2_TAC360_CoLoV5.icc
PSRlwcPlusV2_to_SWOP3_CoLoV3.icc
PSRlwcStdV2_to_PSOlwcStd_CoLoV3.icc
PSRlwcStdV2_to_PSRgravureMF_TAC360_CoLoV5.icc
PSRlwcStdV2_to_PSRlwcPlusV2_TAC360_CoLoV5.icc
PSRlwcStdV2_to_SWOP5_CoLoV3.icc
PSRlwc_to_ISOwebcoat_CoLoV3.icc
PSRlwc_to_PSRlwcStdV2_CoLoV3.icc
PSRlwc_to_SWOP3_CoLoV3.icc
PSRscStdV2_to_PSOscPaper_CoLoV3.icc
PSRsc_to_PSRscStdV2_CoLoV3.icc
SCpaperECI_SaveMax260_CoLoV5.icc
SCpaperECI_SaveNeutral260_CoLoV5icc.icc
SCpaperECI_SaveStrong260_CoLoV5.icc
SCpaperECI_TAC260_CoLoV3.icc
SNAP2007_TAC240_CoLoV3.icc
SNAP2009_SaveMax180_CoLoV5.icc
SNAP2009_SaveMax200_CoLoV5.icc
SNAP2009_SaveMax220_CoLoV5.icc
SNAP2009_SaveStrong180_CoLoV5.icc
SNAP2009_SaveStrong200_CoLoV5.icc
SNAP2009_SaveStrong220_CoLoV5.icc
SWOP2013C3_CRPC5_SaveMax290_CoLoV7.icc
SWOP2013C3_CRPC5_SaveNeutral300_CoLoV7.icc
SWOP2013C3_CRPC5_SaveStrong300_CoLoV7.icc
SWOP2013C3_CRPC5_TAC300_CoLoV7.icc
SWOP3_SaveMax300_CoLoV5.icc
SWOP3_SaveNeutral300_CoLoV5.icc
SWOP3_SaveStrong300_CoLoV5.icc
SWOP3_TAC300_CoLoV3.icc
SWOP3_to_ISOcoatedV2_TAC330_CoLoV5.icc
SWOP3_to_ISOwebcoat_Save300_CoLoV3.icc
SWOP3_to_ISOwebcoat_TAC300_CoLoV3.icc
SWOP3_to_PSOlwc_Improved_CoLoV3.icc
SWOP3_to_PSOlwc_Improved_Save300_CoLoV3.icc
SWOP3_to_PSRlwcPlusV2_CoLoV3.icc
SWOP3_to_PSRlwc_TAC360_CoLoV3.icc
SWOP3_to_SWOP5_Save280_CoLoV3.icc
SWOP3_to_SWOP5_TAC280_CoLoV3.icc
SWOP5_SaveMax280_CoLoV5.icc
SWOP5_SaveNeutral280_CoLoV5.icc
SWOP5_SaveStrong280_CoLoV5.icc
SWOP5_TAC280_CoLoV3.icc
SWOP5_to_PSOlwc_Standard_CoLoV3.icc
SWOP5_to_PSOlwc_Standard_Save300_CoLoV3.icc
SWOP5_to_PSRlwcStdV2_CoLoV3.icc
WAN-IFRAnewspaper26v5_SaveMax180_CoLoV6.icc
WAN-IFRAnewspaper26v5_SaveMax200_CoLoV6.icc
WAN-IFRAnewspaper26v5_TAC220_CoLoV6.icc