- Joined
- Jan 4, 2012
- Messages
- 1,675
- Reaction score
- 1,308
- Points
- 277
- Location
- UK
- Printer Model
- Canon Pro9000 II
I have been exploring PrintFab and its capability to set maximum ink volume levels when a profile is created for a given printer/paper/ink combination.
When experimenting with A4 Sihl 280g glossy on the Canon Pixma Pro9000II with IS dye inks, I printed an ink level assessment test strip in PrintFab and found ink pooling/bronzing (for want of a better word), on all levels above 125 i.e. 150 to 300.
The images (click to enlarge) were difficult to produce as it required slant light illumination very carefully adjusted to show the pooling.
Looking at the enlarged 300 image, I notice that the paper has a pattern of perforations across areas of its surface. This I think is due to the printer paper feed mechanism.
It would be interesting if a pigment printer was subjected to the same test.
I have edited the post to include two additional sections of the printed test strip to give a more complete picture of the process.
When experimenting with A4 Sihl 280g glossy on the Canon Pixma Pro9000II with IS dye inks, I printed an ink level assessment test strip in PrintFab and found ink pooling/bronzing (for want of a better word), on all levels above 125 i.e. 150 to 300.
The images (click to enlarge) were difficult to produce as it required slant light illumination very carefully adjusted to show the pooling.
Looking at the enlarged 300 image, I notice that the paper has a pattern of perforations across areas of its surface. This I think is due to the printer paper feed mechanism.
It would be interesting if a pigment printer was subjected to the same test.
I have edited the post to include two additional sections of the printed test strip to give a more complete picture of the process.