Because if using camera the size of the negative or slide is really irrelevant. You can use a digital camera to digitize film on any size. In fact the smaller neg would be more difficult as you need lens with magnification higher than 1:1. If you need to stitch more shots in order to get more pixels you can do that too. Just move the film after every shot. Don't have to be precise in the movement as the stitching software can handle it fine.I know that there are attachments that allow you to "scan" a neg or slide using a digicam. But, I've never seen any such attachment for anything larger than 35mm. Why is there no adaptor that allows the user to "scan" just a portion of a neg (either 35mm or 120) and then stitch in PS? I tried building a rig to do this using a copy stand, but moving the neg around to get 6 shots that could be stitched was way too imprecise and the results were far from what I wanted. Anyone out there got ideas or the skill to build something like this?
--Joe
An interesting idea, but what about locking it in a specific position?Accurate linear movements can be made with bearings for kitchen drawers. They usually have ball bearings, are available in many varieties and lengths, and they are cheap.
View attachment 219510
An interesting idea, but what about locking it in a specific position?
In my opinion:
1. PS is time consuming.
2. Standard lenses don't have enough "flatness" of the image to attain good sharpness and the detail when photographing the negatives and macro lenses are, well, pricey.
I tried to "scan" a negative via digital camera and encountered a few downsides: first of all, I had to grab a macro lens. Then, I had to stop it down. A lot. Next step was achieving correct white balance in PS. Also, medium format shots still laked sharpness, no matter what I tried. If I scanned it piece by piece, it took even more time and that's where I dropped the whole thing and went straight to flatbed scanner. Silverfast made my life easier and now I have enough time to read a book while my negatives are batch-scanned.
.....
Who knows what the future might bring? But I will agree that I'm kind of surprised such an off the shelf scanner setup isn't handily on the market already.
There are some good ideas in there. I teach science in middle school, so you'd think I would have thought about the microscope stage idea myself, but... The drawer slides also seem like a possibility, but they only move in one direction. Trying to build anything more complicated than a cardboard box is way over my head, but I might be able to handle the drawer slides or the microscope stage. .......
I've got a GFX 50r, which is what made me go back to this idea in the first place. I have no problem using stitching. In fact, I want to stitch so that I can maximize the pixel count of the negs I "scan." When I tried this idea the first time with a Canon 5d, a macro, and extension tubes, I was shooting 6 exposures for a 645 neg (3 rows by 2 columns) and 9 for a 6x6 (3 rows by 3 columns). The output looked pretty good, but alignment was such a major issue that I set the project to the side. Now that I have a digicam with roughly double the pixel count of the Canon, it seemed like it might be worth a revisit.There is another option if you are only scanning small MF formats (6x4.5 or 6x6), which avoids stitching and the hardware for that.
That's possible with a camera with sensor-shift or pixel-shift as it is sometimes called. One of the cheapest camera's with this feature is the Pentax K-70 (APS-C). The result is an enhanced definition of the image on pixel level at the same resolution. I have done some tests with the K-70 on B/W MF film 6x4.5 (from a Pentax 645N) and I think you can get results equivalent to 4000 dpi. You must have a very good macro lens though, set at an optimum aperture, and the camera-mirror must be pulled up in advance to prevent camera shake, even on a tripod.
PS - If you have enough money you could also buy a Pentax K-1. This camera also features pixel-shift but it has a FF sensor with 36 M pixels instead of 24.
I've got a GFX 50r, which is what made me go back to this idea in the first place. I have no problem using stitching. In fact, I want to stitch so that I can maximize the pixel count of the negs I "scan." When I tried this idea the first time with a Canon 5d, a macro, and extension tubes, I was shooting 6 exposures for a 645 neg (3 rows by 2 columns) and 9 for a 6x6 (3 rows by 3 columns). The output looked pretty good, but alignment was such a major issue that I set the project to the side. Now that I have a digicam with roughly double the pixel count of the Canon, it seemed like it might be worth a revisit.
Yes, someone is attempting something, I imagine it is a very slow, complex and expensive venture. All I can say is search and you shall find (perhaps expand your forum repertoire, especially if you like rangefinders)
C
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