- Joined
- Dec 27, 2014
- Messages
- 6,062
- Reaction score
- 7,234
- Points
- 363
- Location
- Germany
- Printer Model
- L805, WF2010, ET8550
I printed down the Inktec filled cartridges and refilled them with the pigment ink I'm using in the R800, at this time a mix of 2 Chinese inks, with a photo black 50% of a Lyson K3 HD black and 50% of the Chinese black inks. I'm overprint all prints with pigment ink with a gloss optimizer in a R800 as a 2nd print run.
I'm printing onto the Aldi/Netbit PE glossy photo paper with the matte standard paper setting and get
Lab 3.29 .08 -.29 which is a veery good black level, and as well pretty much neutral, I'm getting as well a gamut wider than any I saw before, about 12 % volume increase to the gamut volume with the same inks on a R800, onto the same paper, and I'm getting
Lab 2.93 .01 -.21 even better with the matte high paper setting, a black level as dark as I never saw before. That is really exceptional performance .
Lab 14.29 7.88 -13-28 is the black level of the composite black with these inks on the Netbit paper with the Ultraglossy standard paper setting.
I'm using a cheap castcoated glossy paper LS180 for this test with the same inks and get
Lab 19.13 .72 -.37 with the matte standard setting, a poor black level but at least neutral, and
Lab 25.11 6.90 -8.89 with the Ultraglossy standard setting which creates a poor composite black with a visible tint in the 4th quadrant of the Lab space. This paper is not usable for decent results with pigment inks. This shows how much the paper can impact the black level. This lightness of 25 compares to L=14 on the Netbit paper under the same driver settings/ink conditions. And I'm doing this comparative test as well with a Epson inkjet paper (matte) which gives
Lab 18.81 1.03 -.03 for the Matte standard paper setting which is not very dark but almost neutral and quite usable.
Lab 27.33 3.54 -12.26 is the same paper with the Ultraglossy standard paper setting, the composite black comes with a visible cast in the 4th quadrant which limits the use with these settings.
I'm not going further and won't compare gamut volumes here.
These evaluations show that a printer like the WF2010W is technically quite well usable for very good photo prints, whith dye inks and with pigment inks both with the matte paper setting, as recommended above, and with a GO overprint for the removal of bronzing effects and gloss differences with pigment inks. This printer is a low end entry point model and performs as such - slow.
And if you use a 2nd refill cartridge with GO you are able to apply such GO overprint as well with this printer, and not with a R800 as I'm doing at this time. There is not much black ink to be flushed away in the black chennel in the printhead, and you can start printing a 'black' page with GO instead of black ink in that cartridge. It is a work around to substitute a R800 like printer, the only A4 pigment ink printer with GO Epson ever made. It is interesting to see how such a little printer can be tuned up to print high quality photos with not too much effort and investment.
I'm printing onto the Aldi/Netbit PE glossy photo paper with the matte standard paper setting and get
Lab 3.29 .08 -.29 which is a veery good black level, and as well pretty much neutral, I'm getting as well a gamut wider than any I saw before, about 12 % volume increase to the gamut volume with the same inks on a R800, onto the same paper, and I'm getting
Lab 2.93 .01 -.21 even better with the matte high paper setting, a black level as dark as I never saw before. That is really exceptional performance .
Lab 14.29 7.88 -13-28 is the black level of the composite black with these inks on the Netbit paper with the Ultraglossy standard paper setting.
I'm using a cheap castcoated glossy paper LS180 for this test with the same inks and get
Lab 19.13 .72 -.37 with the matte standard setting, a poor black level but at least neutral, and
Lab 25.11 6.90 -8.89 with the Ultraglossy standard setting which creates a poor composite black with a visible tint in the 4th quadrant of the Lab space. This paper is not usable for decent results with pigment inks. This shows how much the paper can impact the black level. This lightness of 25 compares to L=14 on the Netbit paper under the same driver settings/ink conditions. And I'm doing this comparative test as well with a Epson inkjet paper (matte) which gives
Lab 18.81 1.03 -.03 for the Matte standard paper setting which is not very dark but almost neutral and quite usable.
Lab 27.33 3.54 -12.26 is the same paper with the Ultraglossy standard paper setting, the composite black comes with a visible cast in the 4th quadrant which limits the use with these settings.
I'm not going further and won't compare gamut volumes here.
These evaluations show that a printer like the WF2010W is technically quite well usable for very good photo prints, whith dye inks and with pigment inks both with the matte paper setting, as recommended above, and with a GO overprint for the removal of bronzing effects and gloss differences with pigment inks. This printer is a low end entry point model and performs as such - slow.
And if you use a 2nd refill cartridge with GO you are able to apply such GO overprint as well with this printer, and not with a R800 as I'm doing at this time. There is not much black ink to be flushed away in the black chennel in the printhead, and you can start printing a 'black' page with GO instead of black ink in that cartridge. It is a work around to substitute a R800 like printer, the only A4 pigment ink printer with GO Epson ever made. It is interesting to see how such a little printer can be tuned up to print high quality photos with not too much effort and investment.
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