Though both of you are indeed right, if you have a darkroom set up in your home and you are comfortable with making silver prints making rc contacts is a good route to go .
If you are not so inclined , scan inkjet is another very good way to solve the problem. I do not think the reasons for doing this is lack of commitment and time to work in a darkroom but that of convienience and practicality of ones workflow with large volumes of roll film.
I think part of the loss of contacting my company has seen is related to the $8.50 a sheet cost we charge for contacts. For a commercial job this is built into the photographers quote, but for personal work it can get pricey.
I too enjoy silver but choose methods of proofing my personal work based on the best method for my current workflow with a paticular project.
I understand, Bob. You're running a business and it only makes sense. I'm speaking, as you said, from the perspective of having a darkroom in my home. Plus doing the work personally, I ascribe a value to all things handmade that can't be measured in $. Best. Shawn
As I stated earlier, I fail to see what is achieved in making a low-res contact scan. I do see what is achieved in either making a traditional contact sheet (a'la David) or using a hi-res scan (as per Bob - or, much more humbly, myself).
Sandy, As an alternative printer, working in ULF and just starting to look at hybrid work flow, I think it makes perfect sense. The enlarged digital negatives I've seen lately seem to be getting better and better. Am I allowed to say that here?
I do a variation of this. I lay the film strips (the ones that aren't curled that is) down on my flatbed without the plastic sheet and place the glass over top. I use to use Saran wrap! With curled strips, I just use the plastic sheet anyway and the glass to keep the sheet flat.Basically, if you have exposed a roll of film and store the negatives in clear proof sheets, say Print File sheets or equivalent, you can make good contact proof sheets by simply scanning the sheets, assuming your scanner allows scans up to 8X10.
If you simply lay the plastic sheets on the scanner you may get artifacts from uneven contact of the plastic and glass. What I propose is that you have a sheet of anti-glare glass cut to fit over the scanner bed and position the proof sheet on the anti-glare side of the glass, and then flip and place on the scanner bed. The glass will apply pressure on the contact sheet, and the anti-glare side, which is like anti-newton glass, will reduce or eliminate newton rings.
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