Plants, animals, and natural processes also leave their mark on the world. Through collaboration with the sun, cyanotypes allow us to imagine how tools and technology can exist beyond the industrial. It broadens the definition of who and what printing involves.
Cyanotypes use shadows and UV-reactive chemicals to create prints after exposure to sun. They’ve often been used by botanists in the field to create quick impressions of impermanent flora. Since the process is one that’s done in sunlight, printing becomes open and observable–- not hidden inside the parts of a printer or locked inside a darkroom.
Chemicals commonly used in cyanotyping: ferric ammonium citrate or ferric ammonium oxalate, and potassium ferricyanide.
Hover (Tap on mobile) over the image to see what it looks like when the sun reacts with the chemicals to print
Drag the below graphics to create new layers and meanings
Printers are often experienced as obstacles and nuisances, even in the creative process. They “break” often and run out of ink constantly without an apparent reason. Modern technology often relies on the black box effect to prevent any sort of relationship or understanding between consumers and the tools they use.
We assembled a DIY Arduino Printer Kit as a way to more deeply understand the mechanisms that allow for printing. When we build and tear down, it gives us a chance to see the wires and understand the code. It’s a vital step in shifting who possesses what knowledge, and it offers a space to fully celebrate what is happening with each print, to embrace the printer as a bridge between digital and physical, to see the printer as a collaborator in the creative process.
Here are some links we found interesting and useful in our exploration