What Is a Fine Art Print? What Makes for True Print Quality: Ink, Paper, Durability

You’d like to have a work reproduced for a limited edition, a catalog, an exhibition, or an archive. In the quotes you receive, the term “fine art print” appears everywhere. The prices vary by a factor of five to ten. Why is that?

The term “fine art print” is not a protected term, is not used consistently in practice, and is not a clearly defined technical standard.

Four factors determine what actually makes a print a fine art print: ink, paper, and color management. This article explains what you should consider before placing an order.

A fine art print is a print of exhibition and archival quality, produced using inkjet technology with pigment inks on acid-free, lightfast paper.

Typically, high-quality fine art prints are characterized by the following features:

If any of these elements are missing, it may be a good digital print, but it’s probably not a fine art print.

“Giclée” comes from the French word “gicler” (to spray) and was coined in 1991 by Jack Duganne in the U.S. to distinguish high-quality inkjet prints from ordinary office prints. Today, “giclée” is mostly used to refer to high-quality inkjet prints in the fine art field and, more specifically, to the inkjet printing process itself. The term “fine art print” is also used for other techniques such as screen printing or lithography. If you receive a quote for a “giclée print,” ask about the ink and paper—that’s where the substance lies, not in the term itself.

Offset printing typically uses the four process colors—CMYK—and a halftone process; depending on the application, spot colors may also be used. It is designed for print runs of several hundred copies or more—and is particularly cost-effective for medium to large print runs. Today, digital printing methods are often preferred for single copies.

Lambda prints are digitally exposed chromogenic photo prints (C-prints) in which photographic paper is exposed using lasers or LEDs and then chemically developed. The result is halftone-free and rich in color, but the substrate is always photographic paper—there are no handmade or cotton surfaces. Under suitable conditions, modern pigment prints often achieve greater lightfastness than many chromogenic color photographic papers.

Many basic inkjet printers use dye-based inks; other digital printing methods, on the other hand, use toner or other printing technologies. This is sufficient for presentation purposes, but not for collection holdings.

High-quality fine-art inkjet printers often use additional color channels—up to twelve inks, depending on the model. Additional inks expand the reproducible color gamut and enable a more nuanced reproduction, particularly in saturated colors and subtle tonal gradations.

The difference is easy to explain: dye-based ink dissolves in the carrier fluid just like sugar dissolves in water. Pigment-based ink contains solid color particles that float in the fluid—similar to fine sand.

These particles settle on and within the paper’s surface rather than being absorbed into the fibers. As a result, they offer greater lightfastness, greater water resistance, and lower sensitivity to humidity. Dye-based prints on a light-colored wall can visibly fade within a few years. Pigment-based prints last for decades under indoor conditions.

For collections, editions, and estates, pigment ink is therefore not an option but a requirement.

For high-quality fine art prints, specially developed, lightfast papers or other archival-quality media are typically used.

The properties of the printing substrate are crucial:

Within this group, there are various types of paper: matte cotton papers with a soft surface for painting and drawing, textured handmade papers with a border, and baryta papers. Baryta papers have a barium sulfate interlayer, which originated in traditional photography and is now also used in high-quality inkjet papers to produce deep blacks and sharp edges.

The choice of paper is a design decision, not a technical formality. The same image looks different on matte handmade paper than on baryta paper. That is why a material sample should be included in every serious proposal.

The archival stability of a print depends largely on the interaction between the paper, ink, printing process, and storage conditions.

Independent testing methods are used for evaluation. The Blue Wool Scale serves as a reference scale for assessing the lightfastness of colorants and is used, among other things, to evaluate pigments. Modern pigment inks frequently achieve high ratings on the Blue Wool Scale in manufacturer and laboratory tests, typically reaching levels 6 through 8 out of a possible 8 levels. The U.S. laboratory Wilhelm Imaging Research publishes Display Permanence Ratings—that is, projections of display life under defined indoor conditions. Depending on the printing system, paper, and display conditions, tests conducted by Wilhelm Imaging Research project display lives of well over 100 years for many current pigment-based systems.

There are two limitations you should be aware of.

First, these are laboratory projections based on accelerated aging and are not guarantees. Second, they apply to specific conditions: limited illuminance, stable humidity, no direct sunlight, and UV-filtering glass for framed works. Under intense sunlight, a print ages significantly faster than under the standardized conditions on which laboratory projections are based.

A transparent provider will, upon request, specify the materials used and the printing system, rather than simply stating a general lifespan in years.

Even the best printer can only print what’s in the file. When reproducing an original, the real work is therefore done before printing.

A color-accurate workflow includes, among other things, high-resolution, non-contact scanning of the original under standard lighting, verification against the original under the same lighting conditions, an ICC profile for the specific combination of printer, ink, and paper, and a soft proof that simulates this combination on a calibrated monitor. An ICC profile describes the color behavior of a device or color space. Color management systems use this information to reproduce colors as consistently as possible across different devices.

Without this chain, a print is created that looks beautiful on its own—but stands out as a deviation when placed next to the original. We describe the scanning process in detail in a separate blog post on the Lab color space.

The following questions can help you assess how a provider operates:

1. What type of paper, which manufacturer, what basis weight—and is it ISO 9706-compliant?

2. Which pigment ink system is used?

3. Is there an ICC profile for this exact printer-paper combination?

4. Is a proof submitted for approval?

5. For editions: How are print runs and numbering documented?

If these questions cannot be answered, it makes it difficult to assess the quality standards being offered.

recom art care is based in Berlin-Moabit and operates at the intersection of digitization and printing: scanning the original, image editing, and fine art printing all take place under one roof, using the same color logic. As a Hahnemühle Certified Studio Platinum, we meet the paper manufacturer’s Platinum certification level for fine art printing and archival quality.

If digitization and printing are carried out separately, the effort required for color matching increases. Depending on the workflow, this can make it more difficult to match the colors to the original. The practical advantage lies in the unbroken workflow: When scanning and printing are outsourced together, the reference to the original remains visible—the finished sheet can be directly compared to and measured against the original.

Are you planning a reproduction or a limited edition? Contact us—we’ll discuss the paper, format, and process with you personally.