Remove background, square 1080 PNG
Marketplace listings rank partly on image quality: pixel-sharp, correctly-sized photos surface above cropped or low-resolution competitors. Product Cutout · 1080×1080 matches the platform's published image requirement so listings render without the platform's own downscaler kicking in. The preset produces 1080×1080 transparent PNG, which is what the marketplace uses for the primary product image.
| Output dimensions | 1080×1080 pixels |
|---|---|
| Aspect ratio | 1:1 (square) |
| Output format | PNG |
| Processing | 100% in your browser — no upload |
| Cost | Free, unlimited |
This preset is a deterministic recipe — every step has fixed parameters so the result is byte-identical across runs of the same input.
The sharp background-removal model is a quantised U²-Net checkpoint, around 5 MB on disk. It runs in your browser via ONNX Runtime Web — the WebAssembly backend is the default; WebGPU is used opportunistically when available. The model produces a per-pixel alpha matte rather than a binary mask, which preserves hair, fur, and translucent edges more cleanly than chroma-key approaches.
First-run time on a 1024×1024 input is around 1-2 seconds after the weights are cached; subsequent runs hit the cached model instantly. Like all browser-side processing here, the source image is never uploaded.
1080×1080 px, saved as PNG.
The marketplace this preset targets uses 1:1 framing. For passport photos this matches the printed-photo standard; for social posts it's the safe ratio that fills the feed without horizontal cropping.
PNG preserves hard edges and transparency that JPEG would smear. Icons, logos, and screenshots compress better as PNG when the image isn't photographic.
A quantised U²-Net checkpoint tuned for sharp subjects. The model produces a per-pixel alpha matte rather than a binary mask, which preserves hair, fur, and translucent materials more cleanly than chroma-key approaches. Total download is around 5 MB and is cached after first load.
No. This preset runs entirely in your browser using WebAssembly + canvas APIs — no server round-trip. You can verify this in your browser's network panel: only static asset requests, no image upload. The file never leaves your device.