ImageToSVG

Importing SVG into Tinkercad for 3D Design

Tinkercad can import SVG files and extrude them into 3D shapes — perfect for turning logos and 2D designs into printable 3D objects.

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VTracer vectorization + SVGO optimizationPrivacy protected

Importing SVG into Tinkercad

Import SVG files via the Import button in the Tinkercad workplane.

  • Click Import (top right in Tinkercad) → Upload → select .svg file
  • Set import height (how tall the extrusion will be in mm)
  • SVG outline is extruded as a solid 3D shape
  • Each closed path in the SVG becomes a separate extruded body
  • Position and scale in the Tinkercad 3D view after import

Preparing SVG for Tinkercad

SVG structure affects how well it imports into Tinkercad.

  • Simple closed paths import best — avoid compound paths with holes initially
  • Remove stroke-only paths: Tinkercad extrudes filled areas, not strokes
  • Flatten transforms: apply all transforms in Inkscape before export (Object > Transform > Apply)
  • Single color: Tinkercad doesn't use SVG color layers — use one fill color
  • Simple geometry: complex paths with thousands of nodes may import slowly or fail

Frequently Asked Questions

Can I import any SVG into Tinkercad?

Tinkercad imports simple SVG paths well. Very complex paths or SVGs with hundreds of sub-paths may fail to import or import incorrectly. Simplify in Inkscape first.

How do I create a 3D logo from SVG in Tinkercad?

Convert your logo to a clean SVG outline (imagetosvg.com or Illustrator). Import into Tinkercad and set an extrusion height. You'll have a 3D printable version of your logo.

Does Tinkercad support SVG with holes (like letters)?

Partially — compound paths with holes (like the letter O) may import as solid shapes. Use separate shapes for outer and inner boundaries and apply Boolean subtract in Tinkercad.

What 3D file formats can I export from Tinkercad after importing SVG?

Tinkercad exports STL (for 3D printing), OBJ, and GLTF. Once your SVG is extruded in Tinkercad, export as STL for slicing and printing.

Why does my SVG look wrong after importing to Tinkercad?

Common causes: SVG uses stroke instead of fill (Tinkercad extrudes fills, not strokes), paths are open instead of closed, or transform attributes haven't been flattened. Fix in Inkscape and re-import.

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