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    Guide

    How to make a printable cutter

    Five steps from a sentence to a part on the bed, plus the printer settings that actually matter.

    01

    Decide what you are making

    A cutter is an open frame that cuts a shape out of rolled dough. A stamp presses a pattern into the surface instead. Pick the one that fits before you generate.

    Tips

    • Cutters work best on clean silhouettes with a clear outline.
    • Stamps are for logos, lettering and surface detail.
    02

    Write a clear description

    Describe the shape in plain words. The clearer the description, the closer the result. Stick to recognisable shapes rather than abstract ideas.

    Tips

    • Good: “a five-pointed star with rounded tips, 6 cm wide”
    • Good: “a sitting cat in silhouette, facing left, simple style”
    • Avoid: “something creative”, there is no shape in that.
    • Size words like small, wide or tall improve the proportions.
    03

    Or attach a picture

    You can supply a reference image instead of a description. The outline is read from it and turned into a printable model. High contrast on a plain background works best.

    Tips

    • A black silhouette on white is ideal.
    • Crop tightly; busy backgrounds confuse the outline.
    • Simple logos and icons convert far more reliably than detailed illustrations.
    04

    Check it in 3D

    The finished model appears in the viewer. Turn it around and look at it from every side before you download. If the shape is wrong, adjust the description and try again. Each attempt costs one credit.

    Tips

    • Check the walls are closed and there are no gaps.
    • A stamp should have a flat back and a raised face.
    • Look for very thin sections that would snap while printing.
    05

    Download and print

    Download the STL and open it in your slicer, such as Cura, PrusaSlicer or Bambu Studio, for example. Slice, export the G-code and print. Most cutters print well in PLA or PETG at a 0.2 mm layer height.

    Tips

    • Use three or four perimeters so the wall holds up.
    • 15 to 20 percent infill is plenty; a cutter does not need to be solid.
    • A brim keeps stamp backs from lifting.

    Ideas by occasion

    Shapes that work for a particular day, and prompts that open the generator already filled in.

    Settings that work

    • Layer height: 0.15 to 0.2 mm
    • Material: PLA or PETG
    • Infill: 15 to 20 percent for cutters, 30 for stamps
    • Perimeters: 3 to 4
    • Supports: normally none for cutters

    What goes wrong

    • Walls under 1 mm snap. Adjust the description or scale the model up.
    • ABS warps badly on flat parts. Use PLA or PETG.
    • Skipping a small test print turns one failure into a large one.
    • Very fine detail on a small cutter is beyond what the printer can lay down.

    While you are printing

    How many credits does one generation cost?
    One. The 3D preview is free. A credit is spent only when you generate.
    Can I resize the STL?
    Yes, freely, in your slicer. Around 100 mm across is a good starting size for most biscuit cutters.
    The model has holes. What now?
    A repair tool such as Microsoft 3D Builder or Meshmixer fixes small mesh errors before slicing. If the shape itself is wrong, adjust the description and generate again.
    Is the printed cutter food-safe?
    The digital file does not establish suitability for food contact. This depends on the finished object, its materials, the printing process and the intended conditions of use.
    May I sell what I generate?
    The output of your generations is yours. See the terms of service for the details on commercial use.