OFOTO A guide to photographic printing

Fine Art printing and inks

“Fine Art” is neither a protected name nor a standard. It is a shared understanding about technology and materials. Once you know what lies behind it, you know what to ask for.

Cross-section of paper: pigment particles stay trapped in the receiving layer, while dye dissolves and soaks in deeper.Pigment inkreceiving layerbaseParticles sit near the surface: more permanent,possible bronzing on glossy papers.Dye inkreceiving layerbaseMolecules dissolve into the layer: vivid colour,but more sensitive to light and ozone.
OFOTO / PRINT — PAPER CROSS-SECTION — PIGMENT VS DYE — DIAGRAM, NOT TO SCALE Pigment stays near the surface as solid particles. Dye dissolves and soaks deeper into the receiving layer.

Fine Art printing (also called giclée, particularly in the English-speaking world) almost always means inkjet printing on art paper or canvas, using pigment inks on a photo printer with an extended ink set. There is, however, no legal definition and no standard that says what may be called Fine Art. Whenever you look at an offer, it is worth asking three things: which ink, on which paper, and with which profile.

How an inkjet print is made

An inkjet photo printer lays tiny droplets of ink on the paper. A single pixel of the image file is built on paper from many droplets of different colours and sizes. Professional printers do not work with just the four CMYK inks: they add lighter shades (light cyan, light magenta), several levels of grey and two different blacks. Photo black is meant for glossy and semi-matt papers; matte black is for matt Fine Art papers, on which photo black would look grey.

More shades of grey mean smoother gradations and more neutral black-and-white prints. More saturated inks widen the range of colours the printer can reproduce.

Pigment or dye

Inks are divided by how they carry colour.

Pigment inkDye ink
What is insideinsoluble colourant particles suspended in liquidcolourant dissolved in liquid
Where it ends upparticles are trapped near the surface of the receiving layersoaks deeper into the layer
Light fastnessgenerally highergenerally lower, and more sensitive to ozone
Look on glossy paperbronzing or uneven gloss can appearsmooth, even gloss
Typical useFine Art, exhibitions, prints for sale, archiveshome printing, short-lived prints

The difference is not black and white. Actual permanence depends on the combination of ink, paper and the conditions in which the print hangs. That is why paper manufacturers state compatibility with both types of ink, though the results differ.

Fine Art versus an ordinary lab print

Ordinary photographs from a minilab are still often made by the chromogenic process: light-sensitive paper is exposed with light (a laser or LEDs) and then developed in chemical baths. The result is a print on RC paper, that is, paper sealed in polyethylene. Inkjet minilabs also exist, and media manufacturers offer their own papers for them.

Fine Art printing differs mainly in:

  • the medium: cotton, α-cellulose or baryta paper, or canvas; manufacturers commonly declare conformity with the paper permanence standard ISO 9706,
  • the inks: usually pigment sets with several blacks and greys,
  • the preparation: printing with an ICC profile for the specific paper, often with soft proofing and a test print as well.

When Fine Art printing is worth it

  • the photograph is meant to hang for years, or to be sold or given as a keepsake,
  • you want a matt surface without reflections and with a texture you can feel,
  • you are printing black and white and care about a neutral tone and deep blacks,
  • you are printing a reproduction of a painting, drawing or print.

For an album, a calendar or a picture for the fridge, a chromogenic print or ordinary inkjet print is perfectly fine.

How to prepare the file

  1. Pixel dimensions: work out how large a print the file can take. The print size calculator will help.
  2. Colour space: embed a profile in the file (sRGB or Adobe RGB). A file without a profile is usually treated as sRGB. More in ICC profiles and colour spaces.
  3. Screen brightness: if you edit on a screen that is too bright, the print will come out darker. See the Colour check.
  4. Sharpening: sharpen only at the final size and for the paper; matt papers take slightly more sharpening than glossy ones.
  5. Border: Fine Art prints are often made with a white border, which helps with handling and with mounting behind a window mount.

Sources

  1. Hahnemühle — Photo Rag® (product description, ISO 9706 declaration, compatibility with pigment and dye inks)
    https://www.hahnemuehle.com/en/digital-papers/fineart-collection/matt-fineart-smooth/p/Product/show/8/1.html
  2. FOMEI — FOMEI ART, art media for desktop and large-format photo printers (in Slovak)
    https://www.fomei.com/sk/art
  3. FOMEI — Photo papers, including media for EPSON, Fujifilm and Noritsu inkjet minilabs (in Slovak)
    https://www.fomei.com/sk/fotopapiere--149/fomei
  4. ISO 9706 — Information and documentation — Paper for documents — Requirements for permanence — the paper permanence standard that Fine Art paper manufacturers refer to

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