EXIF Remover is a browser tool that strips camera, lens, GPS, and ancillary metadata from a JPEG, PNG, or WebP file by decoding the source pixels locally and re-encoding a brand-new image whose container carries no source metadata segments. Because the tool copies visible pixels rather than copying segments out of the original container, every standard EXIF field embedded in the source, including camera model, capture time, lens data, GPS coordinates, comments, and embedded thumbnails, stays behind while the new file is built. The same logic applies to PNG ancillary text chunks and WebP container metadata: those bytes are not part of the pixel stream, so they are not reproduced when the canvas is re-encoded. Decoding, canvas drawing, and encoding all happen in the browser tab; nothing is uploaded to an image-processing API, and no account or sign-in is needed. The trade-off is that this is a real image transformation, not a header edit: color-profile data, edit history, and any non-EXIF provenance records are also left behind, so the output is a clean distribution copy rather than a faithful archival master.
What EXIF Remover Actually Strips From an Image
Source EXIF is the main target. When you load a typical JPEG, the file contains compressed pixel data wrapped in container segments, and one of those segments is the EXIF block. Inside that block, fields such as Make, Model, DateTimeOriginal, GPSLatitude, GPSLongitude, LensModel, Software, and UserComment live as readable text and numbers. EXIF Remover rebuilds the image without copying that block, so none of those values reach the output. Embedded preview thumbnails, which are themselves a common EXIF leak, are dropped along with the rest of the segment.
PNG ancillary chunks behave the same way. Text chunks such as tEXt, iTXt, and zTXt often carry a creator name, software string, or short comment, and they live outside the pixel data. Because EXIF Remover draws pixels to a fresh canvas and re-encodes the file, those chunks are not reproduced.
WebP container metadata is handled the same way. EXIF blocks inside an extended WebP file are not part of the decoded pixel grid, so re-encoding from canvas pixels leaves them behind.
How a Pixel Rebuild Removes Metadata
This approach is different from editing a header in place. EXIF Remover never reads or rewrites the source container; it decodes the file into a pixel grid, then encodes a new file from those pixels.
The browser handles the full chain. It checks the MIME type, the compressed size, and the decoded pixel count before doing any heavy work. It applies the source image's display orientation during decoding, so a portrait shot that was tagged as a rotated landscape still comes out the right way up. It draws the decoded pixels onto a new canvas, which is a fresh bitmap that contains nothing from the original container. Finally, it encodes the canvas as a new JPEG, PNG, or WebP file without copying any source segments.
Stale asynchronous jobs and Object URLs are explicitly invalidated, which keeps the tab from holding onto intermediate buffers longer than needed.
The practical consequence is that the output file is genuinely new: its bytes were not present in the input, and the input's metadata bytes are not present in the output. That is what makes the approach reliable for stripping metadata, and it is also what changes other properties of the file, as covered in the limits section below.
Strip EXIF From a JPEG, PNG, or WebP in 3 Steps
- Choose a JPEG, PNG, or WebP image up to 20 MB. Larger files and unsupported formats are rejected before any pixel work happens, so it is worth resizing or recompressing an over-limit file before loading it.
- Wait while the browser decodes the pixels and creates a new metadata-free copy. Depending on resolution, this usually takes only a moment on a modern device, because decoding and re-encoding are local to your tab.
- Preview and download the result, then verify it independently when privacy is critical. The download is a fresh file produced entirely from your tab, so the cleaned copy is yours to keep and re-verify.
Keep the original file alongside the cleaned copy until you have confirmed the new file works the way you expect. The cleaner overwrites nothing, and the original lets you start over if a downstream tool re-attaches metadata.
Input Limits, Pixel Caps, and Output Behavior
The tool enforces three limits that matter in practice. Compressed input size is capped at 20 MB. Decoded pixel count is capped at 40 megapixels, even if the compressed file is small. Only JPEG, PNG, and WebP are accepted; other formats fail the MIME check before any work begins.
Beyond those limits, the output format matches the input format in spirit, but the bytes are re-encoded. That has practical consequences for each format.
| Format | Encoding path | Pixel fidelity | Container metadata from source |
|---|---|---|---|
| JPEG | Browser re-encodes from canvas pixels | Small visual or size differences possible | EXIF, GPS, comments, thumbnails not copied |
| PNG | Canvas pixels encoded losslessly | Identical pixels to canvas | tEXt, iTXt, zTXt chunks not reproduced |
| WebP | Browser re-encodes from canvas pixels | Small visual or size differences possible | EXIF and WebP container metadata not copied |
Color-profile data is not carried over for any format. ICC profiles live in the source container, not in the pixel stream, so the cleaned file does not retain them. If you need the output to be tagged for color-managed workflows, you will need a separate color-profile step after cleaning.
Verify the Output Before You Share
Metadata removal is not a one-time guarantee. Files can later acquire new metadata when they are edited, messaged, exported, or saved by another application, so the final check should happen on the file that actually leaves your hands.
A quick independent pass is enough for most cases. Open the cleaned file with a local metadata viewer and confirm the EXIF, GPS, and ancillary-chunk sections are empty. If you cleaned a JPEG, look for the APP1/EXIF marker specifically; for PNG, look for any tEXt, iTXt, or zTXt chunk; for WebP, look for the EXIF chunk in the RIFF container. Treat the visible content as still identifying, even after a clean metadata strip, because faces, signs, reflections, documents, mirror images, and background landmarks can still pinpoint people and places.
For a closer look at which fields are usually present and what each one means, the guide to viewing EXIF data field by field is a useful reference, and the EXIF Viewer runs the same check locally on the downloaded file.
When a Pixel-Rebuild EXIF Remover Is Not the Right Tool
Pixel-rebuild cleaning is built for sharing, not preservation. Skip it for the following jobs.
Archival masters: color profiles, edit history, and provenance metadata are intentionally dropped, so the output is not a faithful master of the source. If you need a master, work on a copy and keep the original untouched.
Legal evidence: the cleaned copy is a re-encoded image. The original container with its original metadata is the one you want kept intact for chain-of-custody reasons, and a clean distribution copy should never stand in for an evidence file.
Color-managed production assets: ICC profiles are stripped, which can shift appearance when the file is opened in a tagged workflow. Add a profile step after cleaning if your pipeline needs one.
Authenticity records: provenance metadata is stripped, so the cleaned file cannot stand in as a verified original. Use a header-level tool instead, such as the EXIF Editor, which works on the compressed pixels without re-encoding them, when you need to keep the original bytes intact.
Removing metadata also does not anonymize the visible content of an image. Faces, signs, reflections, documents, and location clues can still reveal information even when the EXIF block is gone, so weigh what is visible before you share.
If you're weighing options, Metadata Too Large? Read Your JPEG EXIF Locally covers this in detail.