Frankie
Speaking Frankly
The problem is not whether scanners will be made, they will...people needs to scan hard copies for emailing because fax machines are no longer much used.
My office uses a $99 Epson unit for such purpose, which actually is very, very good in imaging quality. 1000 dpi is already 25 microns...2000 dpi is 12.5u...
The problem in most scanners is: the supplied plastic film holders do not hold the emulsion flat, AND somewhat off-set from from the focal plane of the scanner optics.
[I have long proven that by scanning a 4 x 5 glass plate and the image quality is superb. I am also speaking from a decade of experience building 9" x 9" (23cm x 23cm) format film scanner for digital photogrammetry applications, where native pixel size is in the 5 micron range (5000dpi), and X/Y scanning error must be under 1/3 pixel size. Such scanners use vacuum film hold-down and cost ~$100k++. $200k++ if you buy a Zeiss unit.]
What I would do if I want to practise a hybrid work-flow now is to build a glass film strip holder: use an open-ended heavy paper mask (250 x 35mm) for locating the film strip on the scanner bed, place a sheet of anti-newton glass on top...buy from the likes of Edmonds, http://www.edmundoptics.com/
If your favourate scanner accepts slides only: use a glassless slide mount half for the emulsion side and anti-newton glass mount for the back. The natural film curl acted on by the glass top will hold it flat. Gepe makes a whole line of that stuff http://www.bhphotovideo.com/c/buy/Slide-Mounts/ci/854/N/4294545978. File off the plastic mount pins and use gaffer tape to make a hinge is child's play. [Don't forget to use the same thickness of tape to shim the opposite side.]
Such a holder would be reusable form scanner to scanner: build it once and use it for many years to come.
My office uses a $99 Epson unit for such purpose, which actually is very, very good in imaging quality. 1000 dpi is already 25 microns...2000 dpi is 12.5u...
The problem in most scanners is: the supplied plastic film holders do not hold the emulsion flat, AND somewhat off-set from from the focal plane of the scanner optics.
[I have long proven that by scanning a 4 x 5 glass plate and the image quality is superb. I am also speaking from a decade of experience building 9" x 9" (23cm x 23cm) format film scanner for digital photogrammetry applications, where native pixel size is in the 5 micron range (5000dpi), and X/Y scanning error must be under 1/3 pixel size. Such scanners use vacuum film hold-down and cost ~$100k++. $200k++ if you buy a Zeiss unit.]
What I would do if I want to practise a hybrid work-flow now is to build a glass film strip holder: use an open-ended heavy paper mask (250 x 35mm) for locating the film strip on the scanner bed, place a sheet of anti-newton glass on top...buy from the likes of Edmonds, http://www.edmundoptics.com/
If your favourate scanner accepts slides only: use a glassless slide mount half for the emulsion side and anti-newton glass mount for the back. The natural film curl acted on by the glass top will hold it flat. Gepe makes a whole line of that stuff http://www.bhphotovideo.com/c/buy/Slide-Mounts/ci/854/N/4294545978. File off the plastic mount pins and use gaffer tape to make a hinge is child's play. [Don't forget to use the same thickness of tape to shim the opposite side.]
Such a holder would be reusable form scanner to scanner: build it once and use it for many years to come.