What I did was make test scan after test scan until I had the 8x10 film perfectly placed so that all borders showed equally.
Then I marked off the position of the film on three sides.
To do this, I placed pieces of masking tape around the glass area with arrows drawn on the tape to indicate each edge of the film.
Now, when I go to scan an 8x10 on the glass, I simply line up the film with the arrows and it's in position every time.
Thanks for the info, I think you mentioned before you put the tape on the outside plastic edges and not on the glass?
This sounds like a good method, but definitely will take some time and lots of trial and error to setup, and won't be particularly easy to line up each time, especially if wet mounting.
I guess that's the best that can be hoped for with these scanners.
Do your marks correspond with any of the ruler markings that I believe are on the plastic (I believe they're on the 4990, maybe not the V700/V750)?
Simon, you might want to reconsider the drum option. A few months ago I had the same dilemma, then I picked up a Scanmate 4000 on ebay for under £250. The footprint is perhaps twice the size of the epson, but not huge. A friend has a 750 and had spent a lot of time setting it up to get the most of it. The first scan I did on the Scanmate blew it out of the water for detail and dyanmic range, despite being drymounted - the tranny just taped direct to the drum - and me never having used the software before. It's fantastic.
You're welcome.
Yes, plastic edges, not the glass.
It takes about 10-15 minutes of trial and error, but its pretty good once properly done.
With wet mounting, you're kind of forced into position on your first try, and one of your borders may be a little thinner sometimes, but I know of no other way.
The marks roughly correspond with those on my v750, but the most accurate method (until somebody comes up with a better way) is the one I tried.
I'm not sure why, but the forum has almost no discussion about using the lower resolution lens (i.e., the 8x10 lens) with a mounting station. If the best film height for this lens is variable (like the high-resolution SHR lens), it might actually exist slightly above the scanner bed, not directly on it, and require a mounting station for the very best critical results.
I suspect V700/V750 users who do careful film-height calibration for the SHR lens forget that doing the same tests for the lower resolution lens might be a very good idea, and prove a mounting station produces the best results for both lenses.
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