akamerica wrote:
My second Epson P600 in 2 years did not like the replacement Epson ink ctg that clogged the print head. All the head cleanings and tech support could not put it together again. Two strikes and Epson is out at home.
Now I have the Canon Pixma PRO-100 and would like your comments, lessons learned, and suggestions for obtaining the best practices to print what I see on my monitor after Adobe Camera Raw post processing. I have Adobe RGB (1998) on my D850, Samsung 40" TV 1090p (as a monitor - bigger is so much better) and of course on the PRO-100.
My first print on the PRO-100 was duller than the more vibrant rendering on the monitor. Asking Canon for the "school solution" to gain this color match the tech said that the print will never match the backlit monitor's brightness. Really?
And, I will admit that there is something about this color match business that curls my brain.
Is there a way to adjust the print brightness on the PRO-100s output?
Do we match the monitor to the printer or the printer to the monitor?
With all devices using Adobe RGB should not all the colors and brightness etc be the same?
Should the PRO-100 control colors or the Adobe control colors when printing?
What is the difference between ICM, and a color profile and should they be disabled asks the PRO-100?
Always use perceptual?
And yes I always select the Media Type (photo paper)
Sorry too many questions.
Art
My second Epson P600 in 2 years did not like the r... (
show quote)
Ex-lab guy here...
Do you have a monitor actually capable of displaying the FULL Adobe RGB (1998) color gamut?
Is your monitor calibrated with a hardware and software kit that VERIFIES the full Adobe RGB (1998) color gamut is being displayed? Do you recalibrate at least monthly, using the same kit?
Are your monitor aims set to Gamma 2.2, Black Point 0.5, White Point 80-120 cd/m^2, Color temperature 5800K?
Is your print viewing box equipped with a 5000K 91+CRI lamp adjusted with distance to provide a gray card reading of EV 9.5 at ISO 100?
Is the surrounding area in your color adjustment environment predominantly medium gray? (No bright colors on your computer desktop or walls and table or desk in your field of vision)
Is the ambient room light relatively dim? A single 60-Watt equivalent 5000K LED or CFL bounced off the ceiling from behind the monitor is usually enough.
Are you configuring your color management workflow correctly? In other words:
> Custom/Preset/Manual White Balance performed using a suitable target or ExpoDisc or ColorChecker Passport
> Profile for JPEGs processed in camera set to sRGB UNLESS your files are going to a graphic arts printer or ad agency that wants Adobe RGB, OR your monitor can display 100% Adobe RGB
> Custom monitor profile (see above) installed and activated in the operating system?
> Post Processing software capable of 16-bit editing and printing (i.e.; NOT Photoshop Elements) (Lightroom is a top option for this)
> Printer using Canon inks and paper (at least to start)?
> Printer using Canon's Print Studio Pro software?
https://www.usa.canon.com/internet/portal/us/home/support/details/professional-large-format-printers/professional-inkjet-printers/pro-100?subtab=downloads-softwareYou need to experiment with having your software do the color conversion, and Canon's software doing the color conversion. DO NOT ENABLE BOTH simultaneously. If you print with the standard driver, your software can probably do the conversion better. If you use Print Studio Pro, it can do the conversion much better.
For more information, head on over to the archives in the Printers and Color Printing Forum:
https://www.uglyhedgehog.com/s-120-1.htmlIt's not a very active forum, but we have answered many of your questions there, previously.
In the event your monitor cannot display full Adobe RGB, don't waste your time with Adobe RGB. It has probably ruined more good photos than sRGB ever will. It's a wide gamut space made for professionals who have all the right goodies to deal with it.
Most TVs cannot display the full Adobe RGB gamut. They are usually calibrated to a broadcast standard known as REC 709. They are usually MUCH brighter and more contrasty than monitors designed for photo editing. That makes it all the more critical to calibrate and custom profile them with a colorimeter and software kit.
The Canon guy was technically correct, printing is a subtractive color process (removing color from the white light reflected off a paper), while monitors use an additive color process (R+B+G add up to white light). HOWEVER, WYSIWYG can be achieved well enough for professional results.
I've given you the formula we used in a pro portrait lab (now defunct Herff Jones Photography Charlotte) over a decade ago. We made several million school portraits with it every year, along with lots of pro wedding and family and event prints. The color correction and printing areas were my domain. We had nine monitors matched to each other and the output of our master printer. When we adjusted images, the prints coming off our Noritsu mini-labs matched our Epson 9xxx printers and the monitors in Color Correction. (We used a simulation profile to "dumb down" the Epson to the look of the Noritsu... Otherwise, the Noritsu would appear less vibrant. Photo paper has a narrower color gamut than high end inkjet.)