As the previous poster stated, this has nothing to do with Kodak. I just picked the info up of the pakon fb group (which is a user group, not affiliated with any manufacturer/company).Having used both a Kodak Pakon scanner and also a Noritsu lab scanner, I much prefered the color output of the Noritsu. Scans off the Pakon using Kodak software was the worst color I've ever seen off a professional lab scanner. It really made film look like crap. The rez may have been ok, but if the color isn't good, what's the point? Also the Pakon needed longer strips of cut film to put into it without jamming. The Noritsu allowed shorter strips. So I wouldnt have high hopes this new Kodak scanner would be much better. I also dont know why 120 keeps getting forgotten with Kodak. Last time I saw a Kodak Pro scanner be able to use 120 is with the HR500, and that scanner is well over 20 years old now. At least the Noritsu scanners (some of them) had the option for 120 trays.
Ran across this today on the kodak pakon group on FB. Looks like a commercial lab option, brand new product on the market. Pricing is still TBD but from comments from the advertiser/developer, it will be spendy. Anyways, I know there are a few on here that have labs so this may be an option vs using older/ancient lab scanners.
https://auralab.photo/en/?fbclid=IwAR0p-nTcWKd5b0PH0x2n7i4HPHebsSIjWgKj533R35MyrKimdI4IY38XW5Q
I was hoping to see Adrian's thoughts about this.
@Adrian Bacon
Long delay in my response to this. I appreciate your insight and thoughts on this.
No problem. I hope they can pull it off, because there just aren’t enough solutions out there, but if you stop and think about it, film has been on the incline for a good while now. If a good scanning solution was really that easy, you’d think somebody would have done it already, but has it really happened? I’ve been working towards that, but I’m not there, and won’t be for a while, partially because I also have a film processing lab to run, so the time spent making my code better suited for the masses is somewhat limited. But even if I could spend full time working on it, I’m still a ways off.
Thankfully, some reverse engineering has happened recently which makes it work on Win 10 and 11 64bit machines, albeit somewhat crippled to TLX client demo....the PSI software (only good on the plus models of the 135) makes scanning a joy and super simple. TLX is clunky but works.
would be nice to use PSI on win 10...I am not tech savy enough to know how to implement what you just typedActually PSI does work on Windows 10/11 with the reverse engineered SKM Pakon drivers. The problem is that the Pakon installer (which is obviously still Windows XP vintage) gets confused and sticks the program files in "C:\Program Files x86" but configures the ODBC connection for the database PSI uses to track jobs to expect files in "C:\Program Files". To resolve this issue you can either adjust the ODBC connection parameters, or just copy the Pakon directory in "C:\Program Files x86" to "C:\Program Files"
Then change the properties on the PSI application to run as administrator and with Windows XP SP2 compatibility mode, and you should be ready to scan.
I've let the driver author know about it and he'll probably issue instructions on how to do it at some point, but he's a pretty busy guy.
Also, PSI does work with all models of Pakon (135, 135+, 235, 235+, 335). The main difference with PSI on the 135 vs 135+ is maximum resolution. PSI with the 135 is limited to 1500x2250. With the 135+ (or 235/335) it's the full 2000x3000 resolution. Using TLX it is possible to get the full 2000x3000 resolution on a 135, but it's slower than on the other models.
Pricing is still TBD but from comments from the advertiser/developer, it will be spendy.
For a mini lab/boutique lab, this is not too outrageous. The older sp3k's and other long in the tooth minilab scanners are getting pricier. Heck, my ancient kodak pakon f135+ is selling for well over 1k these days which is to me crazy. Then again, they were north of 10k when new back 20 years ago. I am just glad more new options are coming out. We need solutions.It looks like it will be priced around 20-25k USD. yikes.
20-25k for this is insanely expensive considering the manufacturing cost.
I would like to know if others would be interested in a product like this if it cost around 1k. I designed all the electronics and software for a scanner like this a few years ago. It's all working but I haven't assembled the mechanical parts yet. I could finish this off and get it on kickstarter with not a lot of effort. What do you lot think?
Yeah, and Noritsus are... well, they're crap. Color's bad, only output relatively low res JPEG, they don't handle a lot of situations well, like adding banding to blue skies. They take a lot of babysitting and even then you can't fix crap like the banding issue. If I could get a decent 24MP RAW or TIFF without all kinds of crap being wrong I'd happily give the many hundreds of dollars I spent on my home scanning rig to the lab to do it for me.
The Noritsus haven't been updated in a generation, there is obviously no active development or improvement going on, software or hardware. But especially software.
At the very least, if this new upstart hits the market it'll spur some competition. Though it's a big "if" there.
Thank you for your reply. This is the tricky part - gauging the demand. It's the reason I didn't take it any further because I started speaking to people to try and get an understanding of interest but didn't get anything reliable.
The engineering side is easy for me, the marketing and getting the word out there is the expensive part. You can't just put it on kickstarter and expect it to sell... you need a few hundred thousand in ad campaign budget.
The home scanning community is fairly close knit. I'd say if you could bring a relatively affordable ($1k) scanner to market that competed with legacy scanners for quality, whilst having relatively high throughput and being up to date, the marketing would do itself.
It's not just about price and hardware. The software is (arguably) the hardest part. With the Pakon, for example, the hardware is quite good. Pretty robust, compact (at least the 135 model), very fast, and excellent scan quality. The software is pretty awful though, and most significant obstacle to keeping those units usable.
If your scanner is a Pakon-style feed-a-roll type (which I hope it is) then it's probably not going to be something you can simply interface with Vuescan. Scanner-specific software is a huge investment to create and support.
That's good to hear! I think I'll finish the prototype in the next few months and post something on the forums.
How hard could it be ? ;-)Seriously???
Doing a circuit board isn't child's play. Neither is a mechanical design with motors and a power supply. And manufacturing to tight tolerances is no easy feat. Probably needs a team of people.How hard could it be ? ;-)
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