JohnSwanda wrote:
I did darkroom work professionally for many years, and I a few years ago I got a Plustek scanner to digitize some of my old film images. I did appreciate using post processing on the scans, and could do things I couldn't do in the darkroom. But in printing the scans, I could never quite equal the print quality of the silver darkroom prints I had made of them. There is just a quality to a silver print that I couldn't get with a digital printer.
In 2003, I ordered an Epson 9600 44" wide printer for our portrait lab (then Herff Jones Photography, now defunct/merged with Lifetouch in 2011). It used eight pigment inks. Black-and-White prints from that printer were phenomenal. We used a fully color-managed workflow, OEM inks, and Epson's best Lustre portrait paper, Hahnemühle rag paper, and Epson canvas.
I was blown away. I had done darkroom work for 40 years, and ran parts of the lab when we were still all optical/analog. But scanning film and printing digitally definitely has its advantages, not the least of which is close to zero variability from day to day, week to week, even year to year. We found we could make a print today and again in a month from the same file, and not see any particular differences.
With our analog/optical printing systems, color had to be monitored and controlled by a team of experts on a daily basis. There was printer control, processor control, chemical replenishment control, printer lamp house tuning any time a bulb burned out... We had to worry about photo paper aging in the store room, since it changes color and speed over time, and we bought the stuff by the truckload of 40" by 5600' master rolls and slit it and sheeted it down to the sizes we used.
When we were scanning film, we had nine scanners to keep in matched control with each other, and an ICC color management reference. The lamps on the scanners faded, and when one blew, recalibrating the scanner was a two day affair.
Color prints made with the same $5000 Epson printer, inks, and paper were better than from any other device in the lab, including some machines that cost well over $100,000 each. High end inkjet (sometimes called giclee printing) is used by top art museums who sell prints to order from visiting artists' works. Top celebrity photographers use them. Top portrait photographers use them. Ink jet prints have, potentially, five times the longevity of color chromogenic silver halide-based papers. Black-and-White inkjet prints made with pigment inks have 200-400 year estimated lives, depending on the paper and storage conditions.
I made silver halide black-and-white prints by hand for many years. I greatly prefer the control I have with digital tools. Whether starting with a raw file from a digital camera, or a raw file of a macro photograph of one of my old negatives, I can squeeze the most out of an image, see it on my monitor, and know that the print will look nearly identical.
What is particularly exciting for me is the broad range of tools for controlling tonal values. We never had the granularity of control with wet darkroom processes that we have with digital post-processing software.
The chief advantages of high end inkjet are wide gamut photo reproduction, broad array of available papers and other substrates, high d-Max, relatively low cost of LARGE prints (but small inkjet prints are expensive), process stability, and, of course, the use of a digital front end (ICC color management, post-processing in advanced software, digital retouching, masking, layering, pagination, and on and on).
The same is true of video "film" production. Few cinematographers use real film in 2020. The older professors who still teach it at film schools will be gone in a few more years, so it will be very rare a decade from now. Video "film" editing is non-linear, the controls are endless, and the time from script to screen is heavily compressed.
The same is true of audio production. What I used to do with a 4-track reel-to-reel deck, splicing tape, and a razor blade, can be done with a few mouse clicks, or finger drags and taps on an iPad or iPhone. Audio post processing is trivial, because special effects plug-ins that model hundreds of thousands of dollars' worth of equipment can be had for $40 to $400 or so. Musicians record some songs in hotel rooms now.
MIT's Nicholas Negroponte said it well about a decade or more ago: "Bits beat atoms." Digital tools have the versatility, immediacy, and flexibility that we simply didn't have with film, paper, chemicals, or analog audio and video tapes.