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Parametric vase – Modelo 3D imprimible de MakerOnline MakerOnline
Parametric vase – Bild 1 Parametric vase – Bild 2 Parametric vase – Bild 3 Parametric vase – Bild 4 Parametric vase – Bild 5
Household

Parametric vase

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This customizable parametric vase features a unique, wave-like design that can be easily adjusted to create a variety of shapes. The vase's height, base diameter, top diameter, wave size, and number of waves can all be customized to suit your preferences. Key Features: Parametric Design: Easily adjust the vase's dimensions and wave pattern to create a truly personalized piece. Wave-Like Design: The unique wave pattern adds a touch of creativity and style. 3D Printable: The model is designed for 3D printing, allowing you to create a physical vase. Customization Options: Vase Height: Control the overall height of the vase. Base Diameter: Set the diameter of the vase's base. Top Diameter: Determine the diameter of the vase's top. Wave Size: Adjust the size of the individual waves. Number of Waves: Control the number of waves on the vase. Usage: OpenSCAD Usage: Download OpenSCAD: If you haven't already, download and install OpenSCAD from https://openscad.org/downloads.html. Open the file: Open the provided OpenSCAD file (.scad) in OpenSCAD. Customize parameters: Adjust the parameter values in the code to modify the vase's design. Render the model: Click the "Render" button to preview the vase. Export the model: If you're satisfied with the design, export the model as an STL file for 3D printing. 3D Printing: Load the STL file: Load the exported STL file into your 3D printing software. Prepare for printing: Adjust the printing settings (e.g., layer height, infill density) as needed. Start the print: Begin the 3D printing process to create your personalized vase. Enjoy your unique and customizable parametric vase!
Categoría
Household
Fuente
MakerOnline
Publicado
Actualizado
Lo que necesitas para imprimir: Intermedio Baja confianza
¿Por qué?
impresión grande
Pieza única
Soportes 1/3
Ensamblaje 0/3
Ajustes 1/3
Tamaño de cama 2/3
Postproceso 0/3
Impresora
FDM / FFF
Formato de archivo
STL
Material
Cama mín.
200 mm (Grande)
Software
Cura, PrusaSlicer o similar
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