Print Varnish Jobs - Canon Arizona 1300 Series User Manual

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Print Varnish Jobs

Print Varnish Jobs
Printing varnish requires an ONYX media profile (media model) that was made with a CMYKSS
ink configuration with spot colours defined. All print modes are supported except the High
Definition print mode.
Varnish can be printed using either Spot 1 or Spot 2 data, or a printer generated flood coat.
Varnish is always overprinted on top of printed image, and there no options to control the
amount of varnish or lamp levels used to cure the varnish.
To print varnish:
1. Create spot data in a design application. (See section "Spot Data Creation")
2. Open the job in ONYX workflow software using an ONYX media profile that supports spot
data and does not use the High Definition print mode. (See section "White Ink and Varnish
Media Profiles").
3. Create spot data using the ONYX Spot Layer Tool (See section "How to Create Spot Data").
4. The options for printing varnish are: None, Spot 1 Data, Spot 2 Data, or Flood Coat. If the
desired option for printing varnish has not been predefined in the ONYX media profile or
Quickset select "Hold for Operator" prior to submitting the job to be printed (step 5), so the
job will not automatically be sent to the printer.
5. Submit the print job (i.e. process/rip the job).
6. Verify or select how varnish is to be printed. Right click the job in the ONYX Rip-Queue, edit
Print Settings and the following Jobs Settings dialogue will appear:
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Chapter 9 - Manage a White Ink Workflow
NOTE
Not required if printing varnish using a printer generated flood coat or using the
ONYX Spot Layer Tool to create spot data (step 3).
NOTE
All print modes except High Definition (HD) can be used when printing varnish.
Tip: To print varnish on top of a HD print mode image, use a composite job batch
and print the first job in HD print mode, and the second job using a different print
mode to print only the varnish data.
NOTE
Not required if printing varnish using a printer generated white flood or using spot
data created in a design application (step 1).

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