Your artwork. Made magnetic.
Make your next print stick.
Turn an SVG or image into a multicolor 3D magnet. Set the size, position enclosed magnet cavities, and take a real 3MF to your slicer.
Free to use · No account · Your artwork stays on your device
- 1 Choose your artwork
- 2 Size and place magnets
- 3 Inspect the model
- 4 Download and slice
Start with your artwork
Upload vectors, or trace an image into solid color regions.
SVG up to 2 MB. PNG, JPG, or WebP up to 10 MB.
No artwork selected
Your finished print box
These are maximum dimensions. The filled artwork scales proportionally to fit; empty artboard margins are excluded.
No filled-area cap. Check that your printer can accommodate the resulting size.
Make an SVG from your image
Best for logos, drawings, and flat illustrations. Photos become simplified color artwork. Tracing changes details; review the result before continuing.
Make room for the magnets
Configure the print, then drag a numbered cavity or enter its coordinates.
Coordinates start at the artwork’s bottom-left, in millimeters. Dashed rings include the minimum surrounding wall. Red indicates an invalid placement.
Print and physical magnet size
8 × 2 mm is an example starting size, not a measurement of your magnets. Enter their actual dimensions.
Fit clearance and model thickness
Requested values are preserved until you accept any layer-aligned dimensional changes below.
Holding measurement and material density
Weight assumes solid plastic, which is a conservative estimate for these settings. Magnet mass uses the selected density. Holding data must come from a vertical sliding test through up to of plastic on your intended surface. A product’s direct pull rating is not that measurement. Changing magnet size, skin, clearance, or layer heights clears the holding measurement.
How to choose and test magnetsLayer alignment
Calculated for a fixed first layer followed by a constant standard layer height. Adaptive layers require a separate slicer check.
| Boundary or dimension | Requested | Resulting proposal |
|---|
Total material above the cavity ceiling.
Displayed colors do not guarantee physical filament assignments.
Check the toolpath, not just a layer label.
Artwork is not saved. Shared computer? Leave this off.
See what’s inside
Rotate the model, then lower the section plane to inspect the enclosed cavities.
Generate your model to see the 3D preview.
Generate a model to inspect its cavities.
Take it to your slicer
Download aligned color parts, then verify the print and insertion pause.
Your multicolor 3MF
Generate and validate a model to enable download.
Keep the parts together
Import as a single assembly with separate parts. Keep 100% scale and assign each displayed color part to a physical filament.
Find the first roof path
Use your selected layer heights. Add the pause after the last cavity-wall layer and before the first roof path. Inspect supports, infill, and color transitions.
Insert, inspect, resume
Check polarity and keep magnets below the roof plane and clear of the nozzle. Follow your printer’s verified pause and resume procedure.
This is a model file, not a ready-to-print project. Mesh verification is software verification; print fit, bridging, holding strength, and pause behavior require physical testing.