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Parametric Cylinder Mold
IP Report
Print Profile(1)

0.2mm layer, 2 walls, 6% infill
Designer
2 h
1 plate
Open in Bambu Studio
Boost
2
8
0
0
9
3
ReleasedÂ
Bill of Materials
List other parts
- Filaments x 1:
Description
đ ď¸ Parametric Two-Part Cylinder Mold with Fitted Base
This is a fully customizable, heavy-duty two-part cylinder mold system designed for casting silicone, concrete, resin, wax, or clay.
The model includes two interlocking mold halves with generous alignment flanges and a dedicated solid base plate that securely locks the halves together at the bottom to prevent blowouts, shifting, or leaks during your casting process.
⨠Key Features
- True Diameter Input: No more doing circle math in your head. Enter your exact desired internal diameter (the straight line across the opening), and the model scales flawlessly.
- Fully Parametric Design: Change the height, wall thickness, or alignment flange widths instantly using the OpenSCAD Customizer tool.
- Dual-Unit Support: Built-in support for both Metric (mm) and Imperial (Inches) calculations.
- Auto-Safe Text Debossing: The mold automatically engraves the exact Height and Diameter dimensions onto the parts. If you choose thin walls, the script intelligently shrinks the text depth to guarantee a safe remaining wall thicknessâit will never pierce through your mold.
- Print-Ready Fit Tolerances: The base plate includes a built-in, adjustable clearance tolerance (0.4mm by default) around the cylinder walls and flanges, ensuring a smooth slip-fit that won't jam or fuse together after 3D printing.
- Vertical Labeling: The cylinder features clear, vertically oriented text for easy identification when stored on shelves.
đ¨ď¸ Recommended Print Settings
- Material: PETG or PLA (PETG is highly recommended if you are casting materials that generate heat, like epoxies or fast-curing resins).
- Supports: None required! All models are designed to sit flat on the build plate for clean, support-free printing.
License
This user content is licensed under a
Creative Commons Public Domain







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