PSD to SVG Converter

How to Convert PSD to SVG Online

1. Upload Your PSD File: Drag and drop or click "Add Files" to select your Photoshop .psd document. Batch conversion is supported, so you can queue several PSDs in one session.
2. Set Number Precision (Optional): Under Advanced Options, adjust the "Number precision" slider (range 1-10, default 6). Lower values round path coordinates more aggressively — smaller file size, but visible detail loss on thin strokes and fine corners. Values of 4-6 are recommended for logos and icons; bump to 8-10 only when you need maximum geometric fidelity.
3. Convert and Download: Click "Convert." The PSD is rendered to a flat raster, traced into vector paths, and packaged as a single .svg. Files process in your browser session — no sign-up, no watermark, no upload to a third-party server.
4. Inspect Before Shipping: Open the SVG in a browser or vector editor (Inkscape, Illustrator, Figma, Photopea) and check the trace at 400% zoom. If edges look soft or text blurs, raise precision and retrace, or consider rasterizing to PNG instead via PSD to PNG.

Why Convert PSD to SVG?

PSD is Adobe Photoshop's native binary format — a layered, raster (pixel-grid) document with channels, masks, adjustment layers, and smart objects. SVG (Scalable Vector Graphics) is a W3C XML-based vector format that describes images as mathematical paths and shapes. The two are fundamentally different: PSD stores "what color is each pixel," SVG stores "draw a curve from here to there with this fill."

Going from PSD to SVG is therefore a tracing operation — the converter flattens your PSD's layers, renders the canvas to pixels, then runs a raster-to-vector algorithm (in the open-source ecosystem this is typically Potrace or VTracer) to detect edges, cluster colors, and fit curves. The output is genuine <path> elements you can scale infinitely and edit in any vector editor — but it is not a 1:1 reconstruction of your Photoshop layers, and it is not magic on photographic content.

• Logos and icon sets — A PSD logo with flat fills traces cleanly into a few dozen paths. The resulting SVG is resolution-independent for retina displays, large-format print, and embroidery export.
• Web-ready UI graphics — Modern browsers (Chrome, Firefox, Safari, Edge) render SVG natively and can style it with CSS — useful for icons, illustrations, and theme-aware artwork.
• Cricut, Silhouette, laser cutter, and CNC workflows — These machines need vector paths, not pixels. A traced SVG from a PSD mockup is the standard pipeline for stickers, vinyl, and engravings.
• Print-on-demand and merch — Services like Printful, Redbubble, and Sticker Mule prefer vector for crisp scaling across product sizes.
• Email, embedded HTML, and newsletters — SVG inlines cleanly, gzips well, and stays sharp on Retina displays where a low-DPI raster would blur.
• Editing and recoloring — Once traced, you can change fill colors, swap strokes, or animate paths in CSS/SMIL without re-rendering from Photoshop.

This conversion is not appropriate for photographs, painted artwork, soft gradients, or anything with photographic detail — those produce huge, ugly SVGs with thousands of jagged paths. For photographic PSDs, export a raster: PSD to PNG for transparency or PSD to JPG for smaller files.

PSD vs SVG — Format Comparison

When Tracing Works Well vs. When to Pick a Raster Format

Frequently Asked Questions

Will my Photoshop layers, text, and smart objects survive the conversion?

No. The PSD is flattened to a single raster image before tracing, so layers, adjustment layers, layer masks, smart objects, and live text are all baked in. Text becomes traced path outlines (no longer editable as text), and effects like drop shadows or gradient overlays are rendered into the pixel canvas first. Keep your .psd as the editable master and treat the SVG as a delivery format.

Why is the conversion called "tracing" instead of "exporting"?

Because PSD is raster and SVG is vector — there are no pre-existing paths in a flattened PSD to copy over. The converter has to detect edges in the pixel data, cluster regions of similar color, and fit Bezier curves to those region boundaries. That algorithmic step (Potrace, VTracer, and similar engines) is what "tracing" means. If your PSD's only content is a Photoshop shape layer, that shape's geometry is still rasterized first, then re-traced from the pixels — which is why a tiny vector circle can come back as a 12-point polygon.

What does the "Number precision" slider actually do?

It controls how many decimal places of geometric coordinate precision are written to each <path> d attribute. At precision 1, points snap to whole-pixel grids — small file, slightly jagged curves. At precision 10, paths preserve sub-pixel detail with longer coordinate strings — bigger file, smoother edges. Defaults of 4-6 are a good balance for most logos. This setting does not change how many distinct paths the tracer produces or how many colors it detects; it only adjusts the resolution of each path's anchor points.

Can I get true vectors out of a PSD that has Photoshop shape layers?

Not from a flattened PSD-to-SVG conversion in this tool. To preserve shape layers as native vectors, open the PSD in Photoshop itself and use File > Export > Export As > SVG (Adobe re-enabled this through the legacy "Export As" dialog after the 2021 redesign — see Adobe's community thread). Alternatively, copy the shape layer and use Edit > Copy SVG, then paste the SVG markup into a text file. Both routes only carry over true vector content (shape layers, live text); raster pixel layers are dropped or embedded as raster.

Why is my photo coming out as a giant unusable SVG?

Because tracing a photograph means trying to fit vector paths around every gradient transition, every JPEG noise speckle, and every soft shadow — easily tens of thousands of paths. The result is an SVG that is larger than the original PSD, slow to render, and visually worse than a simple PNG. SVG is built for graphics with discrete shapes and flat colors. For photos, export raster: PSD to PNG keeps transparency, or PSD to JPG wins on file size.

How does PSD to SVG compare to PNG to SVG or JPG to SVG tracing?

The tracing step is the same; the only difference is what produced the input pixels. A PSD that's been carefully designed at high resolution with flat colors traces just as well as a clean PNG export of that same canvas. If your PSD is mostly raster effects, you may get equivalent results by first exporting a high-res PNG and running PNG to SVG or JPG to SVG. The PSD route saves a step but does not produce better tracing.

Can I edit the resulting SVG in Illustrator, Inkscape, or Figma?

Yes. The output is standard SVG 1.1 with <path>, <g>, and fill attributes, so any vector editor opens it. You can recolor fills, delete unwanted paths, simplify the geometry with the editor's path-simplify tools, or convert it to AI/EPS for print workflows. If you need a different file extension, SVG to PNG handles the reverse for raster delivery.

Are my files private and is there a watermark?

Conversion runs in your browser session against XConvert's processing endpoint and files are removed after the session ends — they are not added to a public gallery. There is no watermark on the output SVG and no sign-up required. If you need to keep a converted file longer, download it immediately; the in-browser file list is not a permanent storage area.

What should I do if the trace looks blurry or loses detail?

First, raise "Number precision" to 8 or 10 and reconvert — that gives the path coordinates more decimal places. If detail is still missing, the issue is upstream: Photoshop's flatten step lost it. Open the PSD, increase canvas resolution (Image > Image Size, target 2-4x your final size), flatten cleanly, and re-export. For artwork with very fine strokes or anti-aliased text, also consider whether SVG is the right target at all — if the goal is web display at a fixed size, a high-DPI PNG often looks better and weighs less than an over-traced SVG.