When it comes to larger silicone moulds, especially those designed for cylindrical flower pots, a lack of support can lead to easy deformation. My latest fully parametric Fusion360 design tackles this issue head-on. By simply inputting the dimensions of your mould, you can create a durable hard shell that provides the necessary support.
I have prepared an example print, showcased in the photos on this page, tailored for a specific mould available here: Amazon Link.
In the file section, you will find a PrusaSlicer example project, titled Example Print LR2381 and Print Vertical LR2374-L100-H050.3mf. This project includes all my recommended settings. You are welcome to use it as a starting point, or refer to the table below for specific printing parameters:
Parameter | Description |
---|---|
Orientation: | Refer to the example project. |
Nozzle Size: | Any |
Layer Height: | Any |
Filament Materials: | PLA, PETG, etc. |
Perimeters: | 2 |
Infill: | 10% |
Seams: | Random, outside of the shell where possible. |
Profile: | "Quality" or "Speed" |
This design is intended to be as user-friendly and customizable as possible. The default setup features robust 4mm walls and a straightforward locking mechanism to securely fasten the two shell parts around the center.
Without any modifications, the design accommodates a 16mm M4 screw with a countersunk head. On the opposite side, I recommend using the matching M4 threaded inserts from CNC Kitchen, available here: CNC Kitchen Store.
All these elements can be easily tailored using the provided parameters.
You'll find the adaptable Fusion 360 design in the file section, compatible with a wide range of dimensions. All adjustable parameters are marked as favourites for your convenience.
Interested in my designs? Browse through my collection of 3D models:
👉 https://metikumi.com/3d-models/
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This mould shell design has proven effective for a variety of silicone moulds, ensuring deformation-free results. If you find this design useful, I'd be delighted if you could share photos of your prints and provide feedback on this project.
Happy printing!
The author marked this model as their own original creation.