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Supports: PNG
This tool wraps your PNG inside an EPS (Encapsulated PostScript) container so it can be placed in print and page-layout software that requires an EPS. It does not trace or vectorize the image — the original pixels are embedded unchanged, so the output is still a raster image and enlarging it past its native size will still look soft. Reach for this when a print shop, an older RIP workflow, or a layout app like Adobe InDesign or QuarkXPress asks specifically for an .eps.
| Property | PNG | EPS (from this tool) |
|---|---|---|
| Format type | Raster (pixel grid) | PostScript container holding the same raster pixels |
| Released | 1996 (PNG 1.0) | ~1987, latest spec v3.0 (1992) |
| True vector / scalable | No | No — pixels are embedded, not redrawn as curves |
| Transparency (alpha) | Yes (8-bit alpha) | Not preserved by EPS the way PNG stores it |
| Best for | Web, screenshots, app assets | Placing an image into print / page-layout software that demands EPS |
| Opens in browser | Every modern browser | No — needs Illustrator, Photoshop, CorelDRAW, Ghostscript, etc. |
| Edit as shapes | No | No — you get a placed bitmap, not editable paths |
The single most common misconception: converting PNG to EPS does not make a logo "scalable." Scaling without quality loss requires vectorizing — detecting shapes and refitting them as curves — which is a different operation handled by tracing tools, not a container swap.
.eps. No sign-up, no watermark. Files are uploaded over an encrypted connection, processed on our servers, and deleted automatically a few hours after conversion — never shared or made public.No. This is the key thing to understand. The conversion embeds your PNG's pixels inside an EPS wrapper; it does not trace the artwork into vector paths. The result scales exactly as well (or as poorly) as the original PNG — blow it up past its native resolution and it will still pixelate. True scalable vector output requires a tracing/vectorization step, which is a separate process from a format conversion.
Many print, signage, and page-layout workflows are built around PostScript and only accept EPS, AI, or PDF for placed graphics — they won't import a bare PNG. Wrapping the PNG in EPS produces a file their software will accept and position correctly via its bounding box, even though the underlying image data is unchanged. In our testing, a 1200×1200 PNG logo placed cleanly in a PostScript layout after conversion, but it was no sharper when scaled up than the source PNG.
Don't rely on it. PNG stores per-pixel 8-bit alpha transparency, but EPS has no native equivalent that downstream apps interpret consistently — transparent areas often render as white or black when the EPS is placed or printed. If transparency matters, keep a copy of the original PNG, or flatten onto an intended background color before converting.
Adobe Illustrator and Photoshop, CorelDRAW, GIMP, and Ghostscript-based viewers all open EPS. Note that Microsoft turned off EPS image insertion in Office apps via a security update (effective April 2017) because EPS files can carry embedded scripts, so you can't drop the EPS straight into Word or PowerPoint.
EPS is a legacy format — its last specification (v3.0) dates to 1992, and Adobe has steered new work toward PDF, which superseded most EPS use cases. Use EPS only when a specific workflow or vendor still requires it. If the choice is yours, a PNG to PDF export is a more modern way to hand off a raster for print, and a properly traced SVG is the route for genuinely scalable artwork.
Yes — because the original pixels are embedded, you can convert the EPS back to PNG and recover essentially the same raster (limited only by any resolution scaling you applied on the way in). The same applies to other rasters: a JPG can be wrapped into EPS the same way if your source is a JPG instead of a PNG.