In 2017 I printed an entire edition of eight A1 prints on Canson Platine Fibre Rag using the manufacturer's generic ICC profile. They looked perfect on screen. Under the gallery's tungsten spots, the shadows went green. Every single one. I reprinted the whole series with a custom profile measured on my own machine, wasting two days of work and several hundred euros of paper. That was the moment I stopped treating colour management as optional.
Making a fine art B&W print that matches your vision requires understanding substrates, inks, and the physics of light on paper. The screen lies. The paper tells the truth. Your job is to close the gap between them.
I've been printing seriously since 1995. First in a chambre noire improvisée à Montmartre, Paris, making silver gelatin prints on Ilford Multigrade FB. Then through the painful transition to inkjet around 2006, when the early Epson pigment printers finally got good enough to stop embarrassing themselves next to a real darkroom print. I've wasted more paper than most photographers have ever bought. The lessons in this article come from that waste.
Choosing Your Paper
Three families dominate serious B&W printing: baryta, cotton rag, and glossy/lustre. Each has a distinct personality and your choice of substrate is the single most consequential decision you'll make after processing the image itself.
Baryta papers (Hahnemuhle Photo Rag Baryta, Canson Platine Fibre Rag, Ilford Gold Fibre Silk) are the closest digital equivalent to classic fibre-base silver gelatin. The barium sulphate coating gives them a deep, almost three-dimensional quality in the shadows and a gentle sheen that responds to viewing angle exactly as a darkroom print does. D-Max typically falls between 2.3 and 2.5 with a good pigment ink system. For gallery work in B&W, baryta is my default. The weight is substantial, the surface invites close inspection, and the archival rating exceeds 200 years.
I've tested most of the baryta papers on the market. My current favourite is Canson Platine Fibre Rag 310gsm. It has a very slight warmth in the base, which I prefer for portrait work, and it handles like a dream through the Epson SC-P900. Hahnemuhle's Photo Rag Baryta is cooler in tone and slightly smoother in surface texture. Ilford Gold Fibre Silk is the most affordable of the three and produces excellent results, though the surface is a touch more glossy than the other two. I keep all three in stock and choose based on the image.
Cotton rag papers (Hahnemuhle Photo Rag 308, Canson Rag Photographique, Moab Entrada Rag) are 100% cotton, no optical brightening agents. The museum standard. The trade-off is D-Max: cotton rag typically reaches 1.8 to 2.1. Your deepest blacks will be charcoal rather than obsidian. I think the obsession with maximum D-Max leads many photographers astray. A print at 1.9 on cotton rag, where every zone breathes, beats a baryta print where the shadows are an undifferentiated black hole. Chase tonal separation, not density numbers.
Cotton rag has a tactile quality that baryta doesn't. Pick up a Hahnemuhle Photo Rag print and you feel the weight, the soft tooth of the cotton fibres. It feels like an art object. Baryta feels like a photograph. Both are valid. For collectors who frame behind glass, baryta's higher D-Max and slight sheen work well because the glass adds its own surface. For collectors who mount prints in simple overmat presentation without glass, cotton rag's matte surface and textile quality make it the better choice.
Glossy and lustre papers deliver the highest D-Max (often exceeding 2.6) but reflect overhead lighting, show fingerprints, and lack the gravitas collectors expect. I reserve them for portfolio books and proofing. The one exception: Canson Baryta Prestige 340gsm, which has a semi-gloss surface that splits the difference between baryta and glossy. I've used it for small edition prints (20x25cm) where the client wanted maximum tonal range in a compact format. It works well for that specific purpose.
Pigment Ink: The Only Serious Option
Dye inks penetrate the paper and produce vivid short-term results, but they fade under gallery lighting within five to ten years. For archival work, pigment inks are the only option. The particles sit on the paper's surface, producing matte depth and extraordinary lightfastness, typically 100 to 200+ years under museum conditions.
The two leading systems are Epson UltraChrome Pro12 and Canon LUCIA Pro. Epson uses multiple densities of grey ink rather than mixing CMY, virtually eliminating the colour casts (metamerism) that plagued earlier inkjet B&W prints. Canon's LUCIA Pro takes a different approach with its Crystal Fidelity halftoning, producing a warm-neutral tone that some photographers prefer over Epson's cooler default.
I own an Epson SC-P900 (A2+) for regular editions and send larger prints to a lab with an Epson P20000 (64-inch roll feed). The SC-P900's UltraChrome Pro10 ink set includes three densities of grey ink: Photo Black, Light Black, and Light Light Black. These three inks handle the entire B&W tonal range without ever touching the colour channels, which means zero colour cast under any lighting condition. I've tested prints under D50, D65, tungsten, and mixed LED gallery lighting. The neutrality holds. That wasn't true of earlier Epson models; my old Stylus Pro 3880 produced a noticeable warm shift under tungsten that drove me crazy.
Canon's imagePROGRAF PRO-1000 is the main competitor for A2+ desktop printing. The LUCIA Pro ink set takes a different approach, using 11 colour inks plus a Chroma Optimizer clear coat. The B&W results have a warmer, slightly more "analog" feel that some photographers prefer. I've seen beautiful prints from the PRO-1000 on Canson Platine that had a tonal warmth reminiscent of a selenium-toned silver gelatin print. If that's your aesthetic, Canon may be the better choice.
On Metamerism: Metamerism occurs when a print appears neutral under daylight but shifts toward green or bronze under tungsten. Modern multi-grey ink sets have largely solved this, but always evaluate prints under the specific lighting conditions of your exhibition space. Request the gallery's colour temperature and CRI specs before making final prints. A CRI below 90 will cause problems with subtle tonal variations regardless of how good your profile is.
ICC Profiles: Don't Skip This Step
An ICC profile is a mathematical description of how your specific printer-paper combination reproduces tone. Without one, you're printing blind. The workflow has three stages: display calibration (hardware calibrator, D65 white point, 120 cd/m2), printer profiling (print a target chart, measure with a spectrophotometer, generate a custom profile), and soft proofing (use the profile to simulate on screen what the print will look like).
For display calibration, I use an X-Rite i1Display Pro Plus on an Eizo ColorEdge CS2740. The calibrator costs about 250 euros. The monitor cost considerably more. If you can't afford a wide-gamut hardware-calibratable display, at minimum get the calibrator and use it on whatever monitor you have. Even a consumer IPS panel, once calibrated to D65 at 120 cd/m2, will give you a reasonable preview of your prints. Without calibration, you're guessing, and guessing wastes paper.
Many photographers skip printer profiling and rely on the manufacturer's canned profiles. These are a reasonable starting point but they can't account for your individual printer, your ink batch, or your room conditions. A custom profile, updated every six months, is the standard for exhibition work. The difference between a canned profile and a custom one is the difference between a print that needs correction and a print that sings on the first attempt.
To make a custom printer profile, you print a test chart (typically an IT8/7.4 or a custom target from your profiling software) with no colour management applied by the printer driver. You measure each patch with a spectrophotometer. The profiling software (X-Rite i1Profiler, basICColor, or ColorGATE) generates an ICC profile from the measurements. The whole process takes about 45 minutes per paper. I profile every paper I use regularly: Canson Platine, Hahnemuhle Photo Rag, Photo Rag Baryta, and Ilford Gold Fibre Silk. That's four profiles, updated twice a year, eight profiling sessions per year. It sounds like a lot of work. Compared to reprinting a failed edition, it's nothing.
Soft Proofing: See the Print Before You Print
Soft proofing uses your printer's ICC profile to simulate the final print on your calibrated display. Your monitor will show the paper's white point (always darker and warmer than the display), the reduced dynamic range, and the tonal compression in deep shadows. The result looks duller and flatter than your file. That's accurate. The print will look that way too, and knowing it in advance lets you compensate: a slight lift to the shadow point to recover blocked detail, a gentle increase in mid-tone contrast, maybe a small reduction in highlight brightness.
The first time you turn on soft proofing, you'll be disappointed. Your beautiful, luminous screen image will look muddy and flat. That's the reality of paper. A good monitor has a contrast ratio exceeding 1000:1. Paper and ink on the best baryta stock max out at maybe 250:1. You're losing two or three stops of dynamic range in the translation. The skill of printing is knowing how to compensate for that loss so the print retains the emotional impact of the screen image despite having less tonal range to work with.
Good soft proofing should be built into the core editing workflow. Loading a custom ICC profile and toggling between "screen" view and "paper" view makes it immediately obvious where shadow detail will be lost, where highlights will clip, and where tonal compression demands adjustment. The ability to tweak exposure, contrast, and dodge/burn while viewing the soft proof lets you make print-specific decisions before committing a single sheet of paper.
My soft proofing routine is this: I open the file, turn on the paper simulation, and stare at the shadows first. Where does detail disappear? I pull up the shadow point in my curves, typically adding 3-5% luminosity to the deep shadows to ensure they print with visible texture rather than collapsing to solid black. Then I check the highlights. On cotton rag, the paper white is duller than on baryta, so I sometimes reduce the highlight brightness slightly to avoid a washed-out quality in the upper zones. Finally, I add a small S-curve in the midtones to restore the contrast that the paper simulation shows I'm losing. These adjustments are always saved to a separate output file. I never touch the master.
Rendering Intent for B&W: Use Relative Colorimetric with Black Point Compensation enabled. It preserves tonal relationships while mapping your file's black point to the paper's maximum density. Perceptual rendering tends to compress the tonal range too aggressively, flattening mid-tones. The one exception: if your image contains extreme gamut colours from a toning or split-toning process, perceptual may handle the out-of-gamut mapping more gracefully.
The Print Workflow
Here's the sequence I follow for every exhibition print:
- File preparation. 16-bit TIFF at final output resolution (360 ppi for Epson, 300 for Canon). All tonal adjustments finalised. Output sharpening appropriate to print size and viewing distance.
- Paper selection. Shadow-heavy images benefit from baryta. Full-scale tonal images sing on cotton rag. When in doubt, print a small test on both.
- Profile and soft proof. Load your custom ICC profile. Examine shadows, highlights, mid-tone transitions. Make targeted adjustments to the output file, never to the master.
- Test print. Print a 20 x 25 cm crop of the most critical area on the final paper. Evaluate under target lighting. Adjust and repeat until it matches your vision.
- Final print and drying. Print full size. Allow 24 hours of drying in a clean environment before evaluating density.
- Inspect, sign, mat, frame. Check for banding, dust spots, tonal accuracy under D50 illumination. Sign in pencil on the margin. Mount with acid-free linen hinges, mat with conservation board, frame with museum glass.
A note on output sharpening, which is its own rabbit hole. Sharpening for print is different from sharpening for screen. The ink dots spread on paper (dot gain), softening the image slightly. You need to sharpen more aggressively for print than for screen, and the amount depends on print size, viewing distance, and paper surface. For a 40x50cm baryta print viewed from 60cm, I sharpen at about 200% in Photoshop's Unsharp Mask at a radius of 0.8 pixels. For cotton rag, which absorbs more ink, I increase the amount to 250%. These numbers are starting points; every image needs individual adjustment.
Troubleshooting: When Prints Go Wrong
Every printer has bad days. Here are the problems I've encountered most often, and what fixed them.
Banding (horizontal lines across gradients). Usually caused by a clogged nozzle or a misaligned print head. Run a nozzle check first. If the pattern shows gaps, run two or three cleaning cycles. If banding persists after cleaning, try printing at a higher quality setting (2880 dpi instead of 1440, or "Super" mode on Epson). This slows the print considerably but uses more ink passes, masking minor head issues. If none of that works, your head may need professional cleaning or replacement. On my old Epson 3880, I had a persistent banding issue that turned out to be a worn encoder strip. Cost about 40 euros to replace.
Colour cast in the shadows. If you're using a modern multi-grey ink printer and still seeing colour in the deep shadows, the most likely cause is the wrong profile or the wrong rendering intent. Check that you're using the correct ICC profile for your paper and that you've selected Relative Colorimetric with Black Point Compensation. If the cast appears only under certain lighting, that's metamerism. Print a step wedge from pure white to pure black and evaluate it under the problem lighting. If the cast appears only in the lower steps (deep shadows), the printer may be using a small amount of colour ink to fill density. Some Epson driver settings allow you to force "Advanced Black and White" mode, which uses only the grey inks and eliminates this issue entirely.
Prints too dark. The most common complaint from beginners. Your monitor is too bright. Recalibrate to 120 cd/m2 (or 80 cd/m2 if you're working in a dimly lit room). If your monitor is already calibrated correctly, you may be evaluating the print under insufficient light. A print needs at least 500 lux of illumination to match what you see on a properly calibrated screen. Hold a lamp over the print and see if the issue persists.
Prints too flat, lacking contrast. Paper has less dynamic range than your screen. Soft proofing should catch this before you print, but if you skipped that step, the fix is to add contrast specifically for the print output. A gentle S-curve in the midtones and a slight increase in black point density usually restore the punch. Make these adjustments on a copy of the file, not the master.
Paper curling after printing. Baryta papers are notorious for this. The ink and moisture cause the coating to expand on one side. The fix is simple: after printing, place the print face-down on a clean surface with a sheet of acid-free tissue between the print and the surface. Stack three or four heavy books on top. Leave for 12 hours. The curl disappears. For severe cases, I use a cold press (a clean board on each side, clamped with spring clamps). Never heat-flatten a baryta print; the coating can crack.
Ink bleeding or feathering at edges. You're using too much ink for the paper. Check your ICC profile settings. Some papers can't absorb the full ink load that a baryta or glossy paper can. Cotton rag is particularly sensitive. Reduce the total ink limit in your profile or switch to a lighter ink setting in the driver. If you're using a canned profile, this is a strong argument for making a custom one, which will automatically set the correct ink limits for your paper and printer combination.
The Test Strip Method: Before committing to a full print, print a 10cm-wide strip across the most critical tonal area of the image. This uses a fraction of the paper and ink of a full print. I typically print 3-4 test strips, adjusting between each one, before making the final full-size output. At gallery scale (A1 or larger), each sheet of baryta paper costs 5-8 euros. A test strip costs about 50 cents. The math is obvious.
A print is a resolved object: finite, tangible, permanent. It doesn't change with display settings or browser profiles. Every decision in the workflow, from paper to ink to profile to proof to mat to frame, is an act of care. Take the time to learn this craft. Print, evaluate, discard, print again. Visit galleries and look at great prints with a loupe and a critical eye. Build a relationship with your materials. The print endures.
