Convert SVG to DXF that actually cuts.
See where auto-trace breaks — then let a human deliver closed-path, kerf-aware DXF your laser or router runs without errors.
You can convert SVG to DXF free with an instant tracer — but SVG from design tools is full of redundant nodes, nested transforms and groups a machine chokes on, none of which cuts cleanly. For laser cutters, CNC routers and plasma tables, a human redraw delivers closed paths, single-line geometry, kerf compensation in 24 hours, guaranteed.
SVG is messy. Your laser or router needs clean geometry.
SVG is great for the web and messy for production. Exported from a design tool it's packed with redundant anchor points, nested transforms, groups and strokes-as-outlines — structure a browser ignores but a cutter or press has to be untangled from first.
Your laser or router can't run that. It needs closed paths, single-line geometry, kerf compensation — the things auto-trace never produces. We rebuild the geometry by hand to satisfy every one, then deliver native DXF plus SVG, layered per operation.
Upload your SVG
Any resolution — even a screenshot or a photo of a part.
We rebuild the paths
A human redraws closed, single contours and sets your kerf and tool offset.
Cut-ready DXF in 24h
You get native DXF plus SVG, layered per operation, guaranteed to cut clean.
Same SVG. Two very different DXFs.
| For laser or router | Human redraw · VectorWiz | Free auto-trace |
|---|---|---|
| Path closure | Closed contours | Open outlines |
| Line doubling | Single lines | Doubled edges |
| Kerf / tool offset | Offset to your machine | None |
| Node count | Minimal, editable | Hundreds of stray points |
Before you send it to production.
Can I convert SVG to DXF for free?
Why won't an auto-traced DXF cut cleanly?
What do I get back?
How fast is a human SVG to DXF redraw?
Where this converter links.
Up · pillar & hub
Lateral · other converters
Get a DXF that runs first try.
Send the SVG, we'll rebuild it right and have a production-ready DXF back in 24 hours — guaranteed.
