*please move to different forum if you think this is not appropriate for the Alternative processes... I am in doubt.
After reading Koraks "Whither Hybridia" post I have picked up on the long idea I had in investigating using a printer to print directly cyanotypes.
The basic idea was to fill a toner with for example FAC and then print on paper. After some discussion and thinking, I decided to take an old HP printer-fax. I had some old cartridges completely dried that I would fill with FAC. The first tries were not a succes, no ink on the paper. Finally I found that there was just not yet enough liquid in the cartridge.
For now I have just been using the copier part for example with some dried leaves on the glass.
this method can print direct the image with FAC on the paper. I then expose with UV, and develop with brushing on Kferri. Of course the possibilities are unlimited.
Let me share my first example, here some leaves on the glass, pressing the copy button to print in FAC expose for 10 minutes UV and develop with Kferri, then 10 minute toning with Haritaki.
the HP 901 cartridge - here filled with 10ml dest water, 2gr FAC 2ml of denatured alcohol, about 10ml water there after. (this is ongoing experiment)
Process
- use copier-printer to print FAC on paper (bypassing the digital negative)
- expose to UV
- develop with Kferri
- for this one toning with Haritaki
View attachment 401157
Just as a warning, this is experimental, so only use on printers and cartridges you can spare
That's a valid point from a practical perspective. Maybe something like an EcoTank series printer would be a solution for this. I have an old 3880 (which I'm not going to sacrifice for these experiments as I'm having too much fun making regular color prints, LOL) that uses refillable cartridges. Something like that could also work.Probably the biggest problem will be lining up a bunch of stuff to print .. You would need to do a quite a few prints in one session to avoid wasting sensitiser.
Jan also pitched a very interesting idea in the comments on the blog he linked to about printing onto something like x-ray film so you get an inkjet-printed silver gelatin negative. While that may sound totally bonkers at first glance, it's actually a brilliant idea as you could fairly easily make a negative that has high blocking power and that exploits a pos/neg approach, which will actually play on the strengths of the inkjet printer. One of the key problems when inkjet printing negatives for alt. process printing in the regular way is that you end up with a troublesome transition in the high densities (which will become the low densities and the whites on the final print). If you turn that around and make the black inkjet printed parts also become the dense parts in the silver gelatin negative, things start to work a whole lot better all of a sudden. I've tried that with an internegative route and the result was pretty convincing when using the inkjet as a quasi-halftone screen machine. Jan's idea could simplify this process dramatically. It might even be possible to use something like imagesetter film.
I had this idea quite some time ago and I even set aside a cheap old hp printer for this purpose whose cartridges were easy to refill and played around to see if I can print some food dye first and eventually perhaps silver nitrate or salt and make salt print. Experimented with the food dye a bit and if I remember, there was too much clogging in the cartridge and I gave up on it. Then I stopped pursuing it (on philosophical grounds!) because I figured it would be so much close to actual inkjet printing, it would have been barely alternative processing any more. Might as well do the inkjet printing then.
So in view of printhead it is best to take the process from a component that will work and turn the rest round that.
That looks pretty darn good!
yes perfectly usable, amazed how little trouble the catridge has been given. Nozzle look also shinny. As i would be at most damaging a cartridge I will continue the experiment. Awaiting some empty used ones so I can try with thio or developer. Cant wait to try this on photo paper or x-ray film.
FAC may be a really nice fit for inkjet printing as it is highly soluble in water so clogging is at a minimum. I am not sure about the others. You will just have to try, but my guess is they won't be trouble-free like FAC.
Good work!
:Niranjan.
P.S. You don't have to limit yourself to a photo process even with this method. For example, print with CuSO4 and develop with ferrocyanide to make cuprotype. There must be more example of making a pigment by reaction of A and B out there. Sky is the limit!
Agree with @nmp. Also, it may help to add a little glycol to the mix it the cartridge/head is going to sit idle for a few days or longer.
I think you can make some pretty nifty stuff if you don't! Although I suppose the colored inkjet dyes wash out during processing?Also have to remember to use only the mono setting on the printer
Jan, those prints are stellar! I love them! And they're every bit as good as what you'd get with the regular 'digital negative' route - but this process skips a step and saves materials. It's awesome!
I must say I also love the toning. I'm tempted to buy some of that Haritaki stuff. What kind/type do you use? I've had a quick peek and see a powder sold at around €1/gram in ca. 100g quantities.
This was entirely your idea - and a great one, too!thank you Koraks, without reading the article I would not even have started
Haritaki
It gets more potent over a few days and during use
I agree it has never been so easy, just print from the printer, the tonal curve is the same from what you see on the screen, and it skips the negative stage completely.
Almost unfair, but good for the environment, we can now use old printers, skip the plastic sheets and no longer pollute the environment with ink.
And best not depending on specifics in exposure times. You must just expose to the max.
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