A background remover that hands back the file you actually need: a PNG where the background is real transparency, the subject keeps its original pixels and its original pixel size, and nothing is flattened onto a colour. Upload one photo, run the cut-out once, then switch the preview between black, white and a checkerboard and zoom in until you trust the edge. Download when it holds up.
Transparent PNG · same pixel size as your photo
Your transparent PNG appears here
Upload a photo, press Remove background, then inspect the edges over a black, white or checkerboard backdrop before you download. The subject keeps its original pixel size.
5 credits per photo · 0 remaining
Cases
Each case is chosen for a different reason: a semi-transparent rim, a soft fibrous edge, and a hole that has to be punched clean through.
Case 01
Glass is the case that exposes a flattened cut-out fastest. The body of the bottle is partly transparent, and the rim catches a highlight that fades rather than stops. Placed over black, the rim should still read as glass with a bright edge, not as a hard white line drawn around the silhouette.
The rim keeps partial alpha instead of turning into a hard white edge.
Case 02
Fur is a fibrous edge, and a hard mask turns it into a cut line. The useful check is whether individual fibres still separate from the table behind them at the silhouette, and whether the brown of the fur keeps its own colour rather than picking up a halo from the wood.
The fur edge stays soft rather than being cut with a hard mask.
Case 03
A handle encloses a region of background that must be fully transparent. It is the one case where a near-miss is obvious at a glance: if any grey survives inside the hole, the cut-out cannot be placed on a dark background. The label on the body is the second half of the check, because it has to survive untouched.
The space inside the handle is fully transparent (alpha 0), and the printed label is unchanged.
What you get
Format
PNG with alpha
Size
Same as the source
Cost
5 credits
What is left is the subject at its original size, with real alpha transparency everywhere the background used to be. The file is a PNG, because a JPEG cannot carry transparency at all and would have to invent a colour for those pixels. Nothing is trimmed, padded or rescaled: a 1200 x 1600 portrait comes back as a 1200 x 1600 cut-out, so a product keeps the exact proportions it was photographed at and a drop shadow you add later lands where the original lighting put it.
The transparency is a continuous value, not a yes-or-no mask. Where the subject genuinely blends into the background - a wisp of hair, the bright rim of a glass bottle, the soft edge of fabric - the cut-out can keep a partly transparent pixel so the edge blends into whatever you place it on. That is the difference between a cut-out that survives being dropped onto a dark page and one that arrives with a pale halo baked in.
The backdrop you preview against is a preview only. Switching it to black, white or the checkerboard changes nothing about the pixels you download: the file keeps its own transparent background, so the same download is correct on a white product page, a dark video edit or a coloured slide. That is the reason the tool shows the checkerboard by default - it is the only backdrop that makes partial alpha visible.
How to check it
Fine hair, fur, glass and bright rims are where a cut-out either holds up or does not, and they are exactly the places a single flat preview hides. The workflow is built around that: solve the background once, then spend as long as you like inspecting the result, because switching the backdrop and zooming cost nothing and never ask the service again.
Work through the three backdrops in order. The checkerboard shows you where alpha is partial and where it has dropped to zero. Black exaggerates a pale fringe, because any light halo on a semi-transparent pixel becomes obvious against black. White does the opposite and reveals a dark fringe or a lost edge that vanished into the checkerboard. If the edge reads cleanly on all three, it will read cleanly on a real page.
Then zoom in. At 200 to 400 percent you are looking at individual pixels at the boundary, which is where a binarised mask gives itself away: instead of a gradual fall-off you see a staircase of fully opaque pixels next to fully transparent ones. If that is what you find, the honest answer is that this photo is a hard case for the model - a crop that puts more clear background around the edge, or a few minutes of manual masking, will do better than another run.
A JPG, PNG or WebP up to 5 MB, between 256 and 4,096 pixels on each side, and no more than 16 megapixels. These limits are checked in the browser before the upload and again on the server, so a file that is accepted is never refused halfway through a run.
One press is one charge of 5 credits, and the price is on the button before you start. Reloading the page or losing the connection rejoins the same run instead of starting a second one, so a refresh never costs you twice.
Switch between checkerboard, black and white and zoom to the boundary. The download is a transparent PNG at the source size, and re-exporting the same result is free because nothing is submitted again.
What people use it for
A marketplace wants a clean product on white; your own store wants it on a brand colour; a printed sheet wants it on paper stock. One cut-out serves all three, and you never re-photograph the item to change the surrounding.
A cut-out is a layer. Dropping a person or a product onto a designed layout, a poster or a slide is only possible when the pixels around them are transparent rather than filled with the colour of the room they were shot in.
Editors composite a still subject over footage, a lower third or a coloured frame. A flattened background cannot be removed again in the edit, so the cut-out has to arrive with its alpha intact.
A subject placed on a shirt, a tote or a sticker sheet needs an edge that survives being scaled up and printed over a coloured substrate, which is where a pale halo becomes visible.
A cut-out lets a portrait sit on a gradient, a solid colour or a pattern that can be changed later without another photoshoot.
For a handful of hero shots a careful manual mask is still the best tool. For a shelf of ordinary items, one cut-out per photo is the difference between a catalogue that ships and one that waits for retouching time.
Compare
There are four other ways to deal with a background, and only one of them produces a file you can place on any colour. The point of the table is what each approach returns, not which one is "best".
| IMG AI Background Remover | Dedicated background removers | Background changers | Background blurs | Manual masking in an editor | |
|---|---|---|---|---|---|
| What you get back | A transparent PNG of the subject at the source size | A transparent cut-out, usually with a similar set of controls | A finished photo with a new scene behind the subject | A finished photo with a softened version of the same background | Whatever you build mask by mask, at whatever quality your hand achieves |
| Does the background carry alpha? | Yes - the background pixels are transparent | Yes - this is the same deliverable | No - the new scene is opaque and baked in | No - the blurred background is opaque and baked in | Yes, if the export keeps its alpha channel |
| Partial alpha on soft edges | Kept where the model resolves the edge | Kept, and the strongest dedicated tools are very good at it | Not applicable - nothing is cut out | Not applicable - nothing is cut out | As good as your mask, which for hair can be excellent |
| Original pixel size preserved | Yes - no trimming, padding or rescaling | Usually, though some tools resize or crop | Depends on the model that renders the scene | Yes, the source size is kept | Yes, you control the canvas |
| Inspecting alpha against different backdrops | Built in: checkerboard, black and white, with zoom, before you download | Varies by tool; some offer a single flat preview | Not applicable - there is no alpha to inspect | Not applicable - there is no alpha to inspect | Yes, in the editor, with a real layer stack |
| Where it sits in your work | The same account, credits and history as the rest of your image work (5 credits per photo) | A separate account and a separate subscription | The same IMG AI account, but a different deliverable | The same IMG AI account, but a different deliverable | A desktop editor you already own |
| Best for | Product, portrait and asset work that continues elsewhere on this site | Volume cut-outs, when a dedicated tool is already part of your workflow | Selling a product in a styled scene | Making a busy background recede without changing it | A single hero image where the edge has to be perfect |
These pages solve the problem next door. Choosing between them is a question of which file you need at the end, so the alpha column is the one to read. Every row shares the same account, credit balance and history; only the deliverable changes.
| IMG AI tool | What it delivers | Alpha channel | Choose it when |
|---|---|---|---|
| Background Remover | A transparent PNG of the subject at the source size | Yes | You need the subject on a colour or a layout of your own |
| AI Blur Background | The original photo with its subject sharp and the background softened | No | You want the real setting kept, just out of focus |
| AI Background Changer | The original photo re-rendered in a new scene | No | You want a different place behind the subject |
| AI Product Photography | A styled product shot built for a listing or an ad | No | You want a finished commercial image, not a cut-out |
Credits and output
One removal costs 5 credits and returns one transparent PNG at the size of the photo you uploaded. Credits come from your IMG AI balance, the same balance every other tool on the site draws on.
The price is printed on the button before anything is spent. A run the provider reports as failed returns its credits; a run you cancel keeps its charge. Either way the task stays in My Creations, so you can see what happened.
Re-exporting the result is free. Switching the preview backdrop, zooming and downloading the same cut-out again never submit anything, because the tool already holds the finished pixels on your device.
FAQ
A PNG with an alpha channel, at the same pixel size as the photo you uploaded, for 5 credits. Nothing is trimmed or rescaled, and the preview backdrop is not written into the file, so the same download is correct on a white page, a dark page or a coloured layout.
Yes. The background pixels carry an alpha value of zero instead of a colour, which is why the checkerboard shows through them. If you open the file over a white page and the background looks white, that is the page showing through, not a white fill. Opening it against black is the quickest way to confirm it.
A pale fringe usually means the boundary pixels are a blend of subject and background, and the model kept a mostly-opaque value there. It is most common when the photographed background was bright, or when the subject itself has a bright rim. Inspect the edge on black first: a fringe that is invisible on white will show there. If it is severe, a crop with more clear background around the subject, or a few minutes of manual refinement, will usually beat another run.
Segmentation keeps partial alpha where the model resolves the edge, so soft hair and a glass rim can blend into a new background rather than arriving with a hard cut line. It is an estimate, not a measurement: a few stray strands, a bright rim or a sheer surface can still need manual cleanup, and no automatic tool removes that step entirely.
Yes. The cut-out comes back at the pixel size of the source, inside the published limit of 256 to 4,096 pixels per side and up to 16 megapixels. The workbench shows the output dimensions after the run so you can confirm it yourself rather than taking it on trust.
You own the rights to the photo you upload and to the transparent PNG you download from it, on the same terms as any other image you make with your own files here. That covers the file itself. It does not grant you rights to what is depicted: a product, a logo, a person or a location carries its own permissions, and those come from whoever owns them, not from the tool.
A checkerboard is the standard way to display transparency, because a flat white or black backdrop hides exactly the pixels that are only partly transparent. It is the default here so a soft edge is visible before you download. It is a preview layer only and is never part of the exported file; black and white are one click away for comparing the fringe from both sides.
The tool is at the top of this page. Upload a photo, cut it out once, inspect the edge on three backdrops, and download a transparent PNG at its original size.
