AI Background Removal
Remove backgrounds from JPG and PNG images with on-device AI, preview transparent results, and download PNG files without server uploads.
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Select an Image File
Remove backgrounds from JPG and PNG images with on-device AI, preview transparent results, and download PNG files without server uploads.
Max file size: 50MB
or drag and drop · press Enter to browse
One-Click Processing
Remove background with one click, no complex settings
Secure Processing
All processing happens locally in your browser
AI-Powered
Accurate results with latest machine learning models
How to Use
- Upload the image whose background you want removed (JPG, PNG, or WebP — works on people, pets, products, and objects)
- Click "Remove background". The first run downloads a ~30MB AI model; subsequent runs start instantly from browser cache
- The AI detects the subject and removes the background while preserving fine detail like hair, fur, or transparent glass edges
- Review the result in the preview and download the PNG with a transparent background
- Use it for marketplace product photos (uniform white background), clean LinkedIn avatars, presentation cut-outs, or content templates
- Everything runs locally in your browser — ideal for personal photos, photos of children, or any sensitive image
All processing is done in your browser, and files are never sent to a server.
Frequently Asked Questions
The tool uses a machine learning model that runs entirely in your browser to detect and separate the foreground from the background.
The AI works well with most images, especially those with clear subjects. Complex or cluttered backgrounds may produce less precise results.
Yes, the output is always a PNG file with a transparent background.
No. The AI model (@imgly/background-removal) runs locally in your browser via WebAssembly.
For tricky edges (hair, fur, glass), increase the model precision setting or post-edit the alpha mask in any image editor.
PNG with alpha is the default. You can re-export with a solid color or new background image in the image editor of your choice.
One image at a time — the AI model is GPU-bound. Wait for each result to complete before starting the next.