Originally posted by stevebrot ????
Here are the variables with classic wet technique using an optical enlarger:
- Negative flatness (often requires a glass carrier with anti-newton glass)
- Lens quality (you pay for what you get)
- Accuracy of focus (requires a grain focus aid)
- Rigidity and alignment of the enlarger (again, you pay for what you get)
- Technical skill of the operator (there are prints and there are prints)
Here are the variables with scanning:
- Negative flatness (often requires a glass carrier with anti-newton glass)
- Lens quality (often VERY poor)
- Accuracy of focus (often difficult to manage)
- Mechanical accuracy of the scanner (you pay for what you get)
- Scanner image processor (you pay for what you get)
- Useability, flexibility, and quality of the scanner software (sort of poor all around)
- Technical skill of the operator (there are scans and there are scans)
You may note that the two lists are very similar except that the second one is a little longer. With wet printing, greater weight is placed on the technical ability of the operator. With scanning the weight is on the hardware. Less $$ means less quality and no amount of technique or USM can make up for poor optics or a bad image processor.
Now lets look at the practical size of things:
- Largest usable print size...about the 20" on the long axis for both (4000 dpi for the scan and excellent optics and technique on the enlarger). BTW...if anybody reading this thinks they are getting 4800+ dpi from their consumer scanner and the name on the front is other than Nikon, Minolta, or Imacon/Hasselblad, you have been misled...badly misled.
- Dynamic range...about the same for color work with the edge going to wet prints for B&W
- Color fidelity...can be great with optical color prints, but requires a master printer. Scanned negs win hands down here.
- Ease of production...been there, done both. Anyone care to share tips for flattening fiber-based wet prints prior to mounting?
- Print permanence...metal-toned B&W silver prints on fiber-based paper with appropriate processing are essentially immortal. The better digital printing papers and dyes currently claim a lifetime of hundreds of years. Choose your poison.
Say, I've got a great idea. How about we call it a draw? Both techniques have their strengths and weaknesses and both are capable of generating excellent results. If you are not happy with your scans, it may be that you should stick with wet prints. As for me...I have been pretty pleased with my results and have no temptation to head for the darkroom any time soon.
Steve
(...has a very nice LPL 6x7 enlarger with color head equipped with Schneider and Rodenstock glass...sitting in a closet)
Good rundown Steve.
For me it is no big deal comparing the methods cause I don't. I have lots of old negs. I will scan them to give them new life for the digital age.
Other than that, 100% of my new shooting is digital.
Now, I will say this. I have not done any shooting work with BW digital. I'm still trying to figure out how to get my scans to show up on Lightroom so I can do some PP on them. It may be that BW digital is not as nice as film BW. If that was the case, then a photographer would have an excuse to shoot film and scan if he wanted the film look on dig. I will have to report back on that once I learn more.
So as not to give the wrong impression. I am very happy with my neg scans of my old BW shots. But did notice they were not as 100% sharp as the original wet prints from negs. (I used El Nikkor and Schneider glass in my Besler 45MCRX...I sold it all off long ago.)
Here are some examples...
A scan from an old print before I figured out how to scan negs. No PP. Shows up scratches and defects on the print surface. Lost lots of high and lows. Did not like it at all. When I can figure it out, I will send in a neg scan of this image to compare.
A neg scan with some minimal PP. Very happy with it. Some of the wall sharpness is off from the original print. But still good. Scanned at 4800 dpi on an Epson V500.