Vectorize Image for CNC Routing
Convert any image to CNC-ready vector geometry. CNC routing starts with vector geometry — closed paths that define the boundaries of pockets, profiles, and engraving lines.
Free Protected Preview
Protected Vector Preview
No account is required to create or view the protected preview. The preview accepts one PNG, JPEG, or WebP file up to 4 MiB; other source formats must be exported or converted to one of those formats first. Editable SVG export requires paid or complimentary access. Review the exported SVG in the appropriate downstream software; non-SVG formats and machine instructions require separate conversion.
Open Protected Vector PreviewAbout Vectorize image for CNC routing
CNC routing starts with vector geometry — closed paths that define the boundaries of pockets, profiles, and engraving lines. Raster images (PNG, JPG) contain no geometry that a CNC controller or CAM software can interpret directly. Vectorizing converts the image outlines into the closed-path SVG geometry CNC workflows require.
Images that produce usable CNC vectors: — Logos and graphic designs with flat shapes and defined edges. — Decorative patterns and repeating tile designs. — Silhouettes of objects intended for profile cutting. — Architectural or mechanical drawings exported as PNG or JPG.
Vectorize to CNC-ready SVG: 1. Upload the image to the vectorizer and select an appropriate color count. 2. The protected preview is available without an account; editable SVG export requires paid or complimentary access. 3. Open in Inkscape: check that all paths are closed (Path > Break Apart, then confirm no open nodes). 4. Export to DXF if the CAM software requires it (Inkscape: File > Save As > DXF). 5. Import into Vectric VCarve, Fusion 360, or Easel for toolpath generation.
Path simplification for CNC: After vectorizing, run Path > Simplify in Inkscape. Reduce to the minimum node count that preserves the design shape. Complex paths with thousands of nodes are difficult for CAM software and produce rough machined surfaces. A well-simplified path yields cleaner cuts and faster machining.