Mirror images with one click using horizontal or vertical flip controls.
It's not an everyday edit, but when you need it, you need it immediately. Here are the most common real-world situations:
These two operations look similar in a toolbar but produce very different results. Understanding the distinction saves you from accidentally doing the wrong one.
Horizontal flip reflects the image across a vertical line running down its center. Left becomes right. Text reads backward. A person facing east now faces west. This is the flip type people need roughly 90% of the time — it's what "mirror image" usually means.
Vertical flip reflects the image across a horizontal line through its center. Top becomes bottom. The image appears upside down — but mirrored, not simply rotated. This is useful less frequently: fixing inverted scans, creating reflection effects for graphic design, or correcting photos taken with a camera mounted at an unusual angle.
A quick way to tell which one you need: look at your image and ask "which direction does the problem run?" If the issue is left-right (the subject faces the wrong side), go horizontal. If the issue is top-bottom (the image is flipped upside down), go vertical.
If you're working on orientation that doesn't fit either axis — say, a photo taken at a 45-degree angle — you likely need a rotation tool rather than a flip.
Flipping an image is a one-second operation. It shouldn't require a thirty-second software launch, a 2 GB installation, or a subscription. Here's where browser tools genuinely win:
Speed. Open the page, drop the file, flip it, download. The entire workflow takes under ten seconds on a decent connection. Photoshop's startup alone takes longer.
Zero installation. No disk space consumed, no updates to manage, no compatibility issues with your OS version. It works on Windows, macOS, Linux, ChromeOS, and tablets.
Privacy. Pixes processes images entirely in your browser using client-side JavaScript. Your photo never leaves your device — there's no upload to a server, no temporary cloud storage, no third-party access. For sensitive images (medical photos, legal documents, personal screenshots), this matters.
No account walls. Free tools that require sign-ups are harvesting your email address, not helping you flip a photo. This tool doesn't ask for credentials, doesn't track you across sessions, and doesn't gate features behind a paywall.
These two edits are often confused, and using the wrong one wastes time.
Flipping creates a mirror image. It reverses the orientation along one axis. A clockwise spiral becomes counterclockwise. "AMBULANCE" on the front of an ambulance (written backward so drivers see it correctly in their mirrors) would read normally after a horizontal flip.
Rotating turns the entire image by a set angle — usually 90°, 180°, or 270°. Nothing is reversed. A 90° clockwise rotation simply tilts the image so what was on the right side is now on top.
The confusion happens most often with photos that are "almost right." Someone has a landscape photo that's oriented sideways. They try to flip it, but the result looks wrong because flipping reverses it — they actually need to rotate it 90°. Conversely, someone with a mirrored selfie tries rotating it, which just turns it sideways without fixing the left-right issue.
If you find yourself needing both operations, Pixes also provides a dedicated rotate image tool that works alongside the flip function. You can run either operation independently without losing quality.
Different file formats handle the flip operation with one key consideration: metadata.
JPG files from phones and cameras sometimes store an "orientation" tag in their EXIF data. Some viewers auto-rotate based on this tag. After flipping, the orientation tag may no longer match the actual pixel arrangement. Pixes handles this correctly — the output file's metadata is adjusted so viewers display it as intended.
PNG files don't carry orientation metadata, so there's no ambiguity. What you see is what the pixels say. Flipping a PNG is straightforward: the pixel array is rearranged, and the file is re-encoded losslessly.
WebP files are treated the same way as PNG in terms of the flip operation. The format supports both lossy and lossless encoding, and the flip preserves whichever encoding your original uses.
GIF files require each frame to be processed individually. This happens automatically. Color palettes, frame delays, and disposal methods all carry over correctly.
SVG and vector formats are not image-based in the same way — they use coordinate data rather than pixel grids. A pixel-based flip tool won't produce meaningful results on SVGs. For vector files, you'd need an editor that can mirror SVG path coordinates.
If you're flipping a single photo, speed is the main concern. But if you're processing multiple images — a product catalog, a set of scanned pages, or a batch of social assets — workflow becomes the bottleneck.
Here are practical tips for handling multiple flips efficiently:
IMG_4021.jpg, IMG_4022.jpg, etc., rename them to descriptive names first. This prevents confusion when you have both original and flipped versions in the same folder.For complex multi-step edits — flip, then crop, then resize — chain the tools. Flip first, then use the crop image tool to trim the result to your exact dimensions. Each tool handles one job well rather than trying to do everything at once.