My question is if I can expect to be able to achieve the same when printing them?
Yeah, high quality inkjet printing isn’t cheap. Probably cheaper than darkroom printing, but I haven’t done the math, so it’s just a guess. I don’t own a printer that is capable of high quality photo printing though, The one I have just about manages black text on white paper.I'm a lot better darkroom printer than I am a digital printer.
And I enjoy darkroom printing a lot more than digital printing.
The people I know who are good at both seem to spend amazing amounts of money on their paper, printers and ink.
Just as I now spend what seems to be amazing amounts to buy photographic paper, when I need to.
I'm a lot better darkroom printer than I am a digital printer.
Some of you may have seen my thread about Agfaphoto APX 400 and Rodinal. I’ve taken a bunch of test rolls and developed each differently. Now, some of the shots I’m quite happy with, and I think they’d make for a good coherent series to put on the wall. The problem is, being experimental, some negatives came out a bit over developet, some under developed. I could correct that after scanning the negs, not using any fancy software or anything, so they came out OK on screen. My question is if I can expect to be able to achieve the same when printing them? I might haul out (not a small task) the enlarger and give it a go.
a little flat.
some water marks one one if the negs.
if I’d exposed the paper less, and run it through the developer longer, or with higher concentration?
Thanks!Indeed, there are no real blacks in your print. What grade did you print this at? If you can go higher, it's worth a shot.
Btw, it's debatable how deep the blacks need to be in a print, especially a portrait. To a large extent, the eye adjusts to the density range it's presented with and accepts it as normal.
I mostly see severe newton rings in your print. Are you using a negative carrier with glass, and have non-AN glass installed? Is this what you may be mistaken for 'water marks'?
Always develop paper to completion! Depending on the paper and developer used, this is between 1 and 4 minutes, most of the time. Very concentrated developer on RC paper will develop to completion in a minute, with FB paper and concentrated developer usually 1m30 or 2m00 is allowed, and anything upwards depending on developer activity.
Never pull a print from the developer 'because it looks good right now', unless you're lith printing (and you're not) or you have a very specific purpose in mind (not applicable here, it seems). If your print comes out too dark when you develop to completion, give less exposure. If that makes the contrast too low, increase contrast grade. If you print at grade 5, develop your paper to completion and your prints are still flat, you're SOL and need to work on making better negatives
The paper is Ilford Multigrade IV.
Yeah, negative carrier with glass, but I have no idea what type of glass is in there
Thank you guys!
Yes, the lower dilutions certainly produced denser negatives, and might be more suitable for pushing film. I liked the scan of the face with the eye, but it might be difficult, at least for someone with my limited experience, to produce a good darkroom print. I am going to have one final go with Rodinal 1:200 before I give up on it for pushed development.From my selfish point of view there is nothing like a straight scan of a darkroom print when it comes to telling those of us who only darkroom print how a developer-negative-print sequence has worked such as your experiment with Rodinal stand development and its ability with increased film speed
pentaxuser
Ok, with RC paper and paper developer diluted to the instructions on the package, usually development times will be 1 minute to 1m30s minimum.
You need anti-newton (AN) glass at least for the upper sheet of glass. With 35mm you could try just leaving out the upper glass plate and see how that pans out; with roll film, just the lower sheet is often enough, depending on the construction of the negative carrier. With some films, the lower glass plate (on which the emulsion-side of the film rests) will also have to be AN glass; in particular TMAX films and most Kodak color films tend to have such a smooth emulsion side that newton rings can occur.
For small/modest enlargements from 35mm film, a glassless negative carrier is usually sufficient and IMO less cumbersome for several reasons. The availability of such a carrier depends on the enlarger type.
I might, might, have accidentally turned the negative upside down, emulsion side up. That could have produced more newton rings, right?
That could have produced more newton rings, right?
Newton rings won't form if between the emulsion and glass. The back of the negative against the glass produces them. So does that mean your negative holder is glass on the bottom only?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?