Flip TIFF

How to Flip a TIFF Image Online

1. Choose Your TIFF Files: Drag and drop TIFF images onto the page or click "Choose TIFF files" — up to 50 at once. The first photo opens in the editor and the rest line up as thumbnails below it; with two or more photos open, "Add more" adds files to the same batch.
2. Flip It: In Flip, click "Horizontal" for a mirror image or "Vertical" to turn it upside down; click again to undo it. Flips stack with rotate, and the flip applies to every photo in the batch.
3. Pick the Output Format (Optional): "Save as" keeps "Same as original" or saves as JPG, PNG, WebP or another format. For JPG, WebP and AVIF output, the "Quality" slider (40–100) trades file size against detail. Resize, Crop, Rotate and Flip all work in the same session, and "Undo" steps back.
4. Download: Click the Download button, which names the output format (for example "Download PNG"), for one photo, or "Download all (.zip)" for a batch — "Download one by one" saves the files separately. The editor opens TIFF files right in your browser whenever your browser can decode them, so those files are not uploaded. A file it can't decode is either processed on our servers and deleted automatically afterward — the editor says so before you download — or skipped with a note. No sign-up, no watermark.

Why Flip a TIFF Image?

TIFF (Tagged Image File Format) was first published by Aldus in 1986 and reached version 6.0 in June 1992; Adobe acquired Aldus in 1994 and still maintains the spec. Unlike JPG, TIFF is the format prepress shops, archives, scanners, and medical / GIS / scientific pipelines reach for when they need lossless storage, multi-page documents, 16-bit-per-channel color, or CMYK separations. Flipping a TIFF is almost always a fix for how the file was captured, not a creative choice. The pixels are rearranged in place and, when you keep TIFF output, written back losslessly with Deflate compression (the editor has no other compression choice) — the same 8-bit pixel values, just mirrored. Common reasons to flip:

• Correct emulsion-side-down scans — Photographic negatives and microfilm are routinely scanned with the emulsion facing the glass to keep the gelatin protected, which records a horizontally mirrored image. A horizontal flip restores the readable orientation without rescanning.
• Screen-printing positives and iron-on transfers — Silkscreen film positives, dye-sublimation transfers, and decal masters need a horizontally mirrored source so the design reads correctly after it's pressed onto the substrate. Lossless TIFF output (Deflate here; black-and-white line art stays 1-bit) keeps fine type and halftone dots razor-sharp through the flip.
• Fix the EXIF Orientation tag (Tag 274) when software ignored it — TIFF stores orientation in IFD tag 274 with eight defined values (1 = normal, 2 = horizontal mirror, 3 = 180° rotation, 4 = vertical mirror, 5–8 = transposed/transverse mirrors). Many older viewers, Pillow before recent versions, and most print RIPs ignore the tag and render at value 1. Flipping the actual pixels normalizes the file so it displays the same everywhere.
• GIS raster and aerial imagery — Some GeoTIFF tiles arrive with inverted Y-axis conventions (N–S flipped). A vertical flip aligns them with the projection your GIS expects without re-georeferencing.
• Prepress and signage layouts — Vehicle wraps, window decals, and reverse-glass painting all need mirrored TIFF originals so the artwork reads right after the substrate is flipped or viewed from the back.
• Medical and scientific imaging cleanup — DICOM-to-TIFF exports, microscope scans, and X-ray digitizations sometimes inherit the capture device's mirror orientation. Flipping the master once and re-archiving avoids per-viewer corrections downstream.

Flip vs Rotate vs Transpose — What's the Difference?

For other operations on TIFFs, see Rotate TIFF, Resize TIFF, Crop TIFF, or Compress TIFF. Need a different format? Convert TIFF to PDF, TIFF to JPG, or TIFF to PNG. For other image flips: Flip JPG, Flip PNG, Flip HEIC, or Flip WebP.

TIFF Compression Types You May Meet

This editor has no compression choice: a TIFF it saves always uses Deflate (lossless). The table explains the types you may meet in source files and other tools.

Frequently Asked Questions

Will flipping a TIFF reduce image quality?

Not for an 8-bit TIFF saved as TIFF. Flipping is a pure pixel rearrangement, and a TIFF saved here is always written with lossless Deflate compression (there is no compression choice), whatever the source used — so the pixel values are kept. What does change: 16-bit precision is reduced to 8-bit, CMYK is saved as RGB and wide-gamut colour is converted to sRGB. Saving as JPG, WebP or AVIF instead re-encodes lossily.

What's the difference between flipping the pixels and changing the EXIF Orientation tag?

A pixel flip rewrites the actual image data so every viewer — modern, legacy, print RIP, or web library — shows the corrected orientation. Changing EXIF Tag 274 only sets a hint; viewers that honor the tag rotate on display, but viewers that ignore it (older Pillow versions, most prepress workflows, many medical imaging tools) still show the wrong orientation. This tool flips the pixels and writes a fresh TIFF without an orientation hint to misread, so the result is consistent everywhere. If you only need a tag change, EXIF editors are faster — but the file will still look wrong in tag-ignorant software.

Will multi-page TIFFs flip every page?

No. The editor works on the first page of a multi-page TIFF. Downloaded without an edit, the file is your original with every page; once you flip it, the saved TIFF holds the first page only, and the editor says so as soon as the file opens ("This TIFF has N pages: an edit here keeps only the first page"). If you need every page flipped, split the TIFF first (any TIFF splitter or TIFF to PDF followed by per-page work) and recombine after.

Can I keep CCITT Group 4 compression for a flipped bitonal scan?

No. The editor has no compression-type setting: a bitonal scan whose pixels are all black or white is saved as a 1-bit TIFF again, but with Deflate rather than Group 4, so it can come out larger. If you need Group 4, re-save the flipped file in a tool that writes it (ImageMagick, Acrobat, your scanner software).

Are 16-bit-per-channel TIFFs supported?

They open and flip, but the editor works in 8 bits per channel (it says so when the file opens) and has no bit-depth setting, so 16-bit precision is not kept. For medical scans, camera linearisations or art reproductions that need 16 bits, flip in a desktop tool that keeps the depth and keep the original.

Will the flip preserve embedded ICC color profiles, alpha channels, and TIFF tags?

Partly. Alpha channels flip alongside the color channels, and a TIFF saved here keeps them (RGBA), so transparency stays aligned. The print resolution (ResolutionUnit, XResolution, YResolution) is carried over. The embedded ICC profile is not: Adobe RGB or ProPhoto colour is converted to sRGB and saved without the profile, and CMYK is saved as RGB. Other tags — ImageDescription, DateTime, Make, Model — are not carried over either, and the file is written in its intended layout with no Orientation hint.

Can I flip a CMYK or LAB TIFF without converting to RGB?

No. The editor works in RGB: a CMYK TIFF opens with a note ("CMYK converted to RGB; dark tones may look lighter.") and is saved as RGB, and there is no CMYK or Lab output. Grayscale does stay grayscale. For prepress workflows where round-tripping through RGB would break the press-ready ink coverage and dot gain calibration, flip CMYK and Lab files in your prepress or desktop tool instead.

What's the difference between "flip" and "mirror" in TIFF terminology?

They describe the same operation. "Mirror" most commonly refers to a horizontal flip (left ↔ right reflection, like a bathroom mirror) — that's what most apps and the EXIF Orientation values 2 and 4 mean. "Flip Vertical" is the top ↔ bottom version (Orientation values 4 and 6 in different combinations). If a tool only labels one button "Mirror", it almost always means horizontal. Here the Flip tab's "Mirror" row has both: "Horizontal" for left ↔ right and "Vertical" for the upside-down version.

Where are the custom-angle rotations?

Flipping mathematically reflects across an axis — only horizontal and vertical exist. For turns, switch to the Rotate tab in the same editor (or open Rotate TIFF): "Quick turn" has "90° left" and "90° right", and "Fine angle" goes from −45° to 45° (1.5° to straighten a tilted scan, for example). Quarter turns move pixels without resampling; fine angles require interpolation, which introduces minor resampling.