Crop Image

Center-crop any image to a perfect aspect ratio, free and in your browser.

Original: . Your images are processed entirely in your browser and are never uploaded.

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About the Crop Image

Crop Image lets you trim an image to a chosen region or a fixed aspect ratio, cutting away the parts you don't want and reshaping the frame. Unlike resizing, which keeps the whole picture but shrinks or stretches every pixel, cropping removes content to change the composition or the shape. That is the only way to convert a photo from one aspect ratio to another, for example turning a 3:2 camera shot into a 1:1 square or a 9:16 vertical. Use it to straighten a subject, remove distracting edges, or fit a strict slot like a profile photo, a thumbnail, or a banner.

The most-used ratios cluster around where images get published. 1:1 (square, e.g. 1080x1080) suits profile pictures, product grids, and centered compositions. 4:5 (1080x1350) is the tall portrait format that fills more of a phone screen in vertical feeds. 16:9 (1280x720 or 1920x1080) is the widescreen standard for video covers, slide decks, and web headers. 9:16 (1080x1920) is built for full-screen stories, reels, and shorts. Classic camera ratios like 4:3 and 3:2 stay close to how phones and DSLRs capture, so they need the least trimming when you want a natural look.

How it works is straightforward: you define a crop rectangle by its position and size, optionally locked to a ratio, and everything outside that rectangle is discarded. Because cropping only deletes pixels and never invents new ones, the visible area always becomes smaller or the same. Switching ratios costs real estate, expect to lose roughly 5 to 20 percent on one dimension when converting between formats, so frame with a little margin if you plan to recrop later. When you need an exact output size, crop to the ratio first, then resize the cropped result to the target pixel dimensions.

This tool processes your image directly in your browser, so the file is not uploaded to a server, which keeps private photos, screenshots, and documents on your own device. Pixel-accurate cropping means the output contains exactly the region you selected with no quality loss from re-encoding the untouched area beyond standard format compression. If you crop a JPEG, saving re-compresses it once; for repeated edits keep an original copy or work from PNG to avoid stacking compression artifacts across multiple passes.

Frequently asked questions

What is the difference between cropping and resizing an image?

Cropping removes parts of the image to change its shape, focus, or aspect ratio, so the visible content gets smaller. Resizing keeps the entire image but changes its pixel dimensions. You can only change an image's aspect ratio by cropping.

Which aspect ratio should I crop to for social media?

Use 1:1 (1080x1080) for square posts and profiles, 4:5 (1080x1350) for tall feed posts, 9:16 (1080x1920) for stories, reels, and shorts, and 16:9 (1280x720) for YouTube thumbnails and video covers.

Does cropping reduce image quality?

Cropping itself does not blur or degrade the pixels you keep; it only discards the rest. Quality loss only happens if you save a JPEG repeatedly, since each save re-compresses the file. Keep an original copy for multiple edits.

Can I crop an image to an exact pixel size?

Crop to the aspect ratio you need first, then resize the result to the exact target dimensions. Cropping alone fixes the shape; resizing sets the final width and height in pixels.

Are my images uploaded anywhere when I crop them?

No. The cropping runs in your browser on your own device, so your image is not sent to any server, which keeps private photos and documents secure.

From our blog

PNG to JPG: When the Switch Saves Space and When It Costs You

By the Super Simple Digital Tools Team · Updated June 2026

Not every PNG should become a JPG, and knowing the difference saves you both file size and regret. PNG is a lossless format: it preserves every pixel and can hold a transparent alpha channel, which is exactly why design assets, logos, and crisp screenshots are saved as PNG in the first place. JPG, by contrast, was engineered for photographs. It throws away subtle detail the human eye struggles to detect, and in return it produces files that are often several times smaller. The conversion is a trade, so the first question is always whether the trade is worth it for this particular image.

The clearest win is photographic content. A camera photo or a richly colored render saved as PNG can be enormous, and JPG was built precisely for these continuous-tone images. Converting them typically slashes the file size with no visible change at sensible quality levels, which is why JPG dominates blogs, e-commerce listings, and photo galleries. The opposite is true for flat graphics: a logo with sharp edges, a screenshot crammed with text, or an illustration with large solid-color regions will pick up faint smudges, called compression artifacts, that look worse and may not even compress as well. For those, the PNG is the better keeper.

Transparency is the other decision point. Because JPG has no alpha channel, any see-through area in your PNG has to be filled with a solid color when you convert. Most converters default to white, which is fine if the image will sit on a white page but jarring if it lands on a dark background. If a transparent edge matters, such as a product cut out from its scene or an icon meant to float over a colored panel, converting to JPG will visibly ruin it. In that case keep the PNG, or pick a fill color that matches wherever the image will be placed.

Mechanically, an in-browser converter decodes your PNG, paints it onto a hidden canvas over a chosen background, and re-encodes that canvas as JPG at a quality level you set. The quality slider is the single most important control. Settings in the mid-80s to low-90s usually look identical to the original while still cutting size meaningfully; drop much below that and blocky artifacts creep in around edges and text. There is no single 'correct' number, so for important images it is worth converting once, glancing at the result, and adjusting if you see degradation.

Finally, treat the JPG as an output, not a master. Every time a JPG is opened and re-saved, it is compressed again, and the small losses stack up over repeated edits. The clean workflow is to keep your PNG as the source of truth and export JPG copies only when you need to publish, email, or upload them somewhere with a size limit. Done that way, you get the speed and storage benefits of JPG for sharing while protecting a pristine original you can always go back to.

  • Convert photos and detailed renders to JPG, but keep logos, icons, and text-heavy screenshots as PNG to avoid edge artifacts.
  • Set the JPG quality around 85 to 90 percent for results that look identical to the original while still shrinking the file.
  • If your PNG has transparency, choose a fill color that matches the background where the image will appear, since white is only ideal on white pages.
  • Keep the original PNG as your master copy and re-export from it, rather than re-saving a JPG repeatedly, to prevent stacked compression loss.

Read the full guide →

Tool by the Super Simple Digital Tools Team. Reviewed by our editorial team. Free to use, no signup required.

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