Image Pixelator
Mosaic/blockate areas or the whole image.
About Image Pixelator
Image Pixelator is here for editing a picture one job at a time: mosaic/blockate areas or the whole image. It takes JPG, JPEG, PNG and 9 more and produces JPG, JPEG, PNG, WEBP. If a run goes wrong there is nothing to chase: no job sitting on a server, no upload to ask anyone to delete.
Useful when the job is editing a picture one job at a time and you would rather not install software, join a queue or hand the file to a stranger.
How to use Image Pixelator in 3 steps
- Drop the image onto the drop area, or several at once up to 50 files.
- Set the Block size in pixels.
- Press Apply Pixelate and download the result in whichever of JPG, JPEG, PNG, WEBP suits you.
What you get with Image Pixelator
- Accepts JPG, JPEG, PNG and 9 more in one go
- Output in JPG, JPEG, PNG, WEBP
- Batch up to 50 files, returned together
- Runs in your browser — the file is never uploaded
- Free to use, with no signup and no account
- No watermark or logo added to your output
- Works on desktop and mobile, no install
Image Pixelator: questions
- Which file types does Image Pixelator accept?
- The drop area takes JPG, JPEG, PNG and 9 more. Files are read from your device in the browser, so the format has to be one a browser can decode — that is why the accepted list on this page is finite and honest rather than "everything".
- What do I get back from Image Pixelator?
- The result is JPG, JPEG, PNG, WEBP, offered as a download the moment the work finishes. Multiple results come back together rather than as fifty separate save dialogs.
- Can I process several files at once?
- Yes, up to 50 files in a batch, each no larger than 100 MB. Results come back together instead of one save dialog per file.
- Is it safe to use for a document with personal details in it?
- That is the design goal: the document stays on your device, so a statement, a contract or an ID photo is never transmitted for processing. Nothing here needs an internet connection once the page has loaded, apart from engines that fetch their own model data.