Text to STL — Turn Descriptions into Printable 3D Models
SliceFoundry converts plain-text descriptions directly into printable
STL files. You describe the object — its purpose, rough
dimensions, key features — and the AI builds a 3D model you can preview in
the browser, iterate on, and download as an STL.
If you've ever wanted a 3D model but didn't want to learn CAD, this is the
gap text-to-STL fills. It's especially useful for parts you only need once —
brackets, fixtures, jigs, and replacement components — where modelling in
Fusion 360, OpenSCAD, or Blender isn't worth the time investment.
What the Text Prompt Should Contain
- The purpose — what the part does and what it attaches to.
- Approximate measurements — overall length, width, height, wall thickness, hole diameters, shaft sizes.
- Mounting features — screw holes, clips, tabs, snaps, posts, pins.
- Orientation hints — which face is the bottom, where the print bed contact should be.
- Material context — if you're printing PLA vs PETG vs TPU, mention it; some geometries need a little more thickness in flexible filaments.
From Prompt to STL in Four Steps
- Write your description in plain English.
- SliceFoundry generates the 3D model and shows a live preview.
- Iterate with conversational prompts — "make the hole 6mm", "round the corners", "add ventilation slots".
- Export the final design as a binary STL ready for slicing.
Compatible with Every Major Slicer
The exported STL works directly in Cura, OrcaSlicer,
PrusaSlicer, Bambu Studio, and any other modern slicer.
SliceFoundry can also generate matching slicer profiles tuned to your specific printer and
filament so your first print succeeds.
Common Text-to-STL Use Cases
- Replacement parts for appliances, electronics, and furniture.
- Custom enclosures sized to specific PCBs or modules.
- Print-in-place jigs and fixtures for woodworking and assembly.
- Mounting brackets for cameras, sensors, lighting, and antennas.
- One-off props, ornaments, and gifts.
Try Text to STL
Open SliceFoundry and convert a text description into an STL →