If you are a member of Noritsu Scanner Users you've probably witness this story, but maybe not as you would probably not be asking this question. So, here it goes...
There was a guy, owner of a one-man-band lab working out of his garage. He had a Noritsu mini lab and a Noritsu LS-600 scanner (APS and 35mm only). As he was the smartest person on the planet, he was 101% percent sure that 120 format will finaly die within days and literally ridiculed anybody who asked any question about Noritsu medium format scanner (HS-1800). Months/years passed and 120 still did not die. What's more, people kept asking about medium format film development and scanning.
Since only a very stupid person would own a minilab 120 scanner, he got a digital camera, lens, copy stand and NLP and was AMAZED by the results. It was the best thing. The sharpness, the speed, the price... In his eyes, anybody still runing lab scanners was now even more stupid.
So, he was set and started taking in 120 film.
He lasted 1 (one) day and then placed a WTB ad for Noritsu HS-1800.
If you average turnaround is 2 films per day and SP-3000 is a lot of money for you, just suffer. Don't even try a lab scanner. It's better to not know how painfull camera scanning really is compared to lab scanners.
I have owned and operated a few Fuji scanners when I has a minilab a few years ago.
The SP3000 is a very good scanner and with the automatic 35mm carrier very fast.
A lot depends on what carriers you are getting with the machine (auto 135, manual 120, 6x4.5, 6x6, 6x7,6x9) and what software and windows version it is running on. Also does it come with led light unit or bulb?
Scanning 120 will take a little time whereas 35mm can be semi automatic (you preview 6 thumbnails on screen and you can over ride the auto corrections if needed. To be honest all that is ever needed. now and then, was a density correction)
With simple good lab housekeeping, this scanner will produce the goods, quickly and with less stress to you.
Best of luck with it.
@David Mackovic I would look at Filmomat Smart Convert before exploring hardware options. I have played with it for a while and it appears to deliver much better no-effort default conversions than NLP. Even its UI is mimicking lab scanners.
I know as a consumer that if my lab switched from mirrorless scanning to a frontier I would have to find a new lab. But please take that with a grain of salt because I generally won’t trust a lab to do my scanning and have been doing 99.9% of my own scans for over a decade.
I know as a consumer that if my lab switched from mirrorless scanning to a frontier I would have to find a new lab. But please take that with a grain of salt because I generally won’t trust a lab to do my scanning and have been doing 99.9% of my own scans for over a decade.
Why? I mean, your lab uses the "superior" method, yet you never use their scans and you've been camera scanning your film for over a decade now?
Interesting, because I was always told that, at least my customers, were more interested in colors rather than sharpness and quality that comes from mirrorless scanning. And from that i have assumed that mirrorless is just an less expensive albeit better, alternative to lab scanner.
Thanks for replys
D
But what pains me is the color workflow which even with NLP is pain.
The above statement I believe to be the one of the significant considerations to the 'scanner' vs 'camera' debate in conversion of film image to digital file.
In the case of color transparency, the camera is a fine solution that I personally consider to be largely equivalent to each other, with the scanner resolution vs. camera resolution being the variable in the final consideration. Let's think this one through...
So the 32 MPixel camera is better than the 4800 dpi scanner, but worse than the 9600 dpi scanner, in terms of image resolution.
- If the scanner operates at effectively 4800 dot per inch scan resolution, the 24 x 36mm image area (transparency not in slide mask) translates to 4535 x 6803 pixels, or 30.85 MPixels..
- If the scanner operates at effectively 9600 dot per inch scan resolution, the 24 x 36mm image area (transparency not in slide mask) translates to 9070 x 13606 pixels, or 123.4 MPixels.
If we switch over to the color neg, the OP comment about color workflow is a consideration, but I think what can be a far greater pain is the accuracy of the color conversion in the neg-to-positive image conversion, something for which NLP is often suggested for ease of conversion.
I took a photograph of a color neg (originally shot in 1981), and for which I have an actual print from that year to compare digital conversion.
- I took a photo of the same neg with my Canon 7DII camera and daylight-balanced illumination source, then tried the inversion software contained within Corel Paintshop Pro....the process illustrated
- I used a Canon scanner with the supplied software for neg-to-positive conversion during the scan process and file creation.
the final outcome...
Someone on POTN later posted their effort to convert my first image (above) to positivie, and the result was indeed better than what I achieved above. Unfortunately the demise of POTN prevents me from posting a link to the NLP conversion that was done.
What using the Canon 8800F scanner with supplied EX Navigator software's neg-to-positive scan mode does...
...was superior to even the NLP conversion that someone posted!
Ideal state would be sharp scan from camera + colors from lab scanner. Cannot have both right ?
Ideal state would be sharp scan from camera + colors from lab scanner. Cannot have both right ?
Do your customers pick your lab because you provide the sharpest scans (I guess you really mean scans with the highest resolution)?
I would twist this a bit and suggest the trio of [scanning time, resolution, colors]. You can have only two. BTW, I was surprised to hear about your experience with SmartConvert. To me the difference vs NLP is night and day, and it is also better than auto-everything Noritsu scans from my local labs. If I wanted to open a competitor I wouldn't hesitate to pair SmartConvert to a mirrorless camera for high volume scanning. Perhaps its output varies based on the combination of a light source and a camera?
I would twist this a bit and suggest the trio of [scanning time, resolution, colors]. You can have only two. BTW, I was surprised to hear about your experience with SmartConvert. To me the difference vs NLP is night and day, and it is also better than auto-everything Noritsu scans from my local labs. If I wanted to open a competitor I wouldn't hesitate to pair SmartConvert to a mirrorless camera for high volume scanning. Perhaps its output varies based on the combination of a light source and a camera?
I'm thinking to just get a second hand m43 camera with HiRes mode so it 1-Allows for full color information (pixel shift vs Bayer) and 2-Higher output resolution.
That "pixel-shift does away with Bayer" is a myth.
(I have E-M5II with pixel-shift)
That "pixel-shift does away with Bayer" is a myth.
What do you mean? In my case I just couldn't get it to work due to my inability to stabilize the camera due to constant micro-jitter of the house I live in.
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