Image Metadata Remover
Re-encode JPG, PNG, and WEBP pixels without carrying source metadata into the result.
Your input stays on this device and is processed in your browser.Choose a JPG, PNG, or WEBP image
The file is processed locally and never uploaded.
JPG · PNG · WEBP · 1 file · max 25 MB · max 40,000,000 pixelsHow to use Image Metadata Remover
- Choose the JPG, PNG, or WEBP image you are about to share.
- Start processing; the pixels are decoded and written into a fresh file.
- Download the copy, which carries the picture and nothing else.
A clean pixel-only copy
Nothing is edited out of the original file. The image is decoded to pixels and those pixels are written into a new one, so every field that lived beside them — GPS position, capture time, camera and lens, serial numbers, editing history, the camera's own thumbnail — simply has nowhere to go.
Because the pixels are what the browser decoded rather than what the file stored, two things are applied on the way through instead of surviving the trip. A wide-gamut colour profile is converted to sRGB, and a rotation held only in an EXIF field is baked in. The first can dull saturated colour; the second is usually what you wanted anyway.
What this does not touch is anything visible. A name in the corner of a photograph, a studio watermark, a licence plate: those are pixels, and pixels are the part being kept. This removes the fields a file carries, not the content of the picture.
Frequently asked questions about Image Metadata Remover
What exactly is removed?
Everything stored around the pixels: GPS coordinates, capture date, camera and lens model, serial numbers, editing history, and any thumbnail embedded by the camera.
Does it remove a visible watermark or a name in the picture?
No. Anything drawn into the pixels is part of the image. This removes the hidden fields a file carries, not what you can see.
Will the image look different afterwards?
Usually not, but this is not a byte-for-byte copy. The file is encoded again, so a JPG loses a little quality. A photo carrying a wide-gamut profile such as Display P3 is converted to sRGB, which can visibly dull saturated colours. And a rotation stored only as an EXIF field is baked into the pixels, because that field is one of the ones being removed.