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Export Settings for Photo Printing Made Simple

Export at the final print dimensions with enough pixel count for the size (typically 240–300 ppi at the chosen inches), and embed the color profile the printer or lab expects (most commonly sRGB). If you don’t know what your lab wants, export an sRGB JPEG at the exact print size and you’ll avoid the most common color and scaling surprises. (service.whitewall.com)

The two settings that actually decide print results

When people say “export for printing,” they’re usually mixing up two different things:

  1. Pixel count (real detail)
  2. How those pixels are interpreted and colored (ppi + color profile)

If you get both right, most “my prints look soft/weird/different” problems disappear.

Resolution made simple: start with print size, not ppi

A photo file is made of pixels. A print is measured in inches. PPI is just the mapping between the two—how many pixels you’re allocating per inch of paper. (Wikipedia)

So the practical question is: How big will you print, and how many pixels do you have?

A usable target: 300 ppi (and when 240 is fine)

  • 300 ppi at the final print size is a safe “looks crisp up close” target for typical photo prints.
  • 240 ppi is often visually indistinguishable from 300 for many real-world prints, especially as print size grows and viewing distance increases.

What matters most is not the number you type into an export box—it’s whether the pixel dimensions support your intended size.

The only math you need

Pixels needed = inches × ppi

Examples (at 300 ppi):

  • 8×10 in → 2400×3000 px
  • 11×14 in → 3300×4200 px
  • 16×20 in → 4800×6000 px

If your file is smaller than the target pixel dimensions, you have two options:

  • Print smaller (best quality per inch).
  • Upscale (can be fine, but it’s a choice you should control—not leave to a kiosk or lab).

Don’t obsess over the “72 ppi” myth

Many files show “72 ppi” or “96 ppi” in metadata. That number alone does not make an image low quality. It’s just a label until you pair it with a print size. If you don’t change pixel dimensions, changing ppi metadata mainly changes the default print size suggestion—not the underlying detail. (Wikipedia)

Resizing: when to do it yourself vs. letting the printer do it

A lab or printer driver can scale your image automatically, but you lose control of how it’s scaled and sharpened.

Resize yourself when:

  • You need an exact print size (borders, albums, frames).
  • You want consistent results across multiple images.
  • You’re exporting for a specific product (canvas, book, metal print) with strict size requirements.

Let the lab/printer scale when:

  • The lab explicitly instructs “upload full resolution, no resizing.”
  • You’re ordering a standard size and your file is already comfortably large.

If you resize yourself, use high-quality resampling and then apply sharpening (more on sharpening below). If you don’t resize, export full size and avoid any “fit” or “scale to fill” surprises in the ordering tool.

Color space made simple: pick the one the lab expects, then embed it

What a color space is (in plain language)

A color space is a definition of what the numbers mean. The same RGB values can look different if the file doesn’t say whether it’s sRGB, Adobe RGB, etc. That’s why embedding the profile matters: it tells the printer/lab how to interpret your colors. (helpx.adobe.com)

Default choice that rarely backfires: sRGB

If you’re unsure, export in sRGB with the profile embedded. Many consumer workflows and labs assume sRGB when they don’t see a profile, and some services explicitly treat untagged files as sRGB. (service.whitewall.com)

When Adobe RGB is reasonable

Adobe RGB can hold more saturated colors than sRGB in some areas, but it only helps if the entire chain supports it (your editing workflow, export, and lab/printer handling). Some labs accept Adobe RGB explicitly. (support.bayphoto.com)

A safe rule:

  • If the lab says “sRGB,” use sRGB.
  • If the lab says “sRGB or Adobe RGB,” either is fine, but embed the profile.
  • If the lab doesn’t say anything, use sRGB.

Avoid exporting print files in “giant” working spaces unless you’re sure

Editing apps may use larger internal spaces while you work (that’s normal), but for delivery you want a profile the recipient expects and can handle reliably. Adobe’s documentation commonly frames sRGB as a practical standard for broad compatibility. (helpx.adobe.com)

File format: JPEG vs TIFF, and what to choose

For most photo labs and consumer printing:

  • JPEG (high quality) is the standard and usually all you need.
  • TIFF is useful when a lab requests it, or when you want a lossless file (often larger and slower to upload).

Many labs explicitly accept JPEG/TIFF/PNG and prefer JPEG for ordering systems. (support.bayphoto.com)

JPEG quality: pick “high,” not “small”

Use a high quality setting (often 85–100 depending on the software scale). You’re trying to avoid visible compression artifacts in smooth tones (skies, skin, gradients). The file size increase is usually worth it for print.

Bit depth: 8-bit is normal for lab uploads

Unless your lab explicitly asks for 16-bit TIFF, most online ordering workflows are set up for 8-bit RGB files. Some labs state this directly in their specs. (art.bayphoto.com)

If you’re exporting JPEG, it’s effectively 8-bit anyway. Don’t turn this into a complicated decision: match what the lab supports.

Sharpening for print: do it once, at the end, after resizing

Print sharpening is different from “making it look crisp on your phone.” The best general approach:

  1. Do your normal editing.
  2. Resize/export to final pixel dimensions (or final print size with ppi).
  3. Apply output sharpening suitable for print.
  4. Export.

Why after resizing? Because resizing changes edge contrast, and sharpening is about controlled edge contrast. If you sharpen before a big resample, you can end up with halos or a gritty look.

If your export dialog has “Sharpen for Print” or “Output Sharpening,” use a conservative setting first. Extremely strong sharpening is one of the easiest ways to make prints look harsh.

A practical export checklist you can reuse

Use this when you’re exporting a finished image for a lab order:

  1. Confirm the print size (example: 12×18 inches).
  2. Check pixel dimensions; aim roughly 240–300 ppi at that size.
  3. If needed, resize to the final dimensions using a high-quality method.
  4. Color space:
    • Use sRGB unless the lab explicitly requests/accepts Adobe RGB. (service.whitewall.com)
    • Embed the ICC profile.
  5. Format: JPEG (high quality) unless TIFF is requested. (support.bayphoto.com)
  6. Sharpening: apply output sharpening after resizing.
  7. Export and avoid re-saving the JPEG multiple times.

Quick troubleshooting: the three most common print export mistakes

1) “My print looks soft”

Usually one of these:

  • You didn’t have enough pixels for the print size (low effective ppi).
  • The lab scaled it up aggressively.
  • You exported small (like “long edge 2048 px”) without realizing it.

Fix: Export at the final size with enough pixels, then apply output sharpening.

2) “Colors look dull or shifted”

Often caused by:

  • Exporting in a different profile than expected.
  • Forgetting to embed the profile.
  • The service assuming sRGB when your file was actually Adobe RGB.

Fix: Export in sRGB with an embedded profile unless instructed otherwise. (service.whitewall.com)

3) “It’s cropped wrong”

Usually “fill” vs “fit” behavior in an ordering tool.

Fix: Crop to the exact aspect ratio before export, and export to the final print dimensions so you’re not relying on automatic cropping.

Why does this matter

Export settings are the handoff between your edited image and a physical print; small mismatches in pixel dimensions or color profile can turn a good edit into a soft or color-shifted print.

Sources

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