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Organic Relief Plate Generator - OpenSCAD

This model is created byĀ Parametric Model Maker
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0.16mm layer, 2 walls, 10% infill
0.16mm layer, 2 walls, 10% infill
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2.2 h
1 plate

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Description

šŸŽØ Organic Relief Plate Generator

 

Powered by MakerWorld-Parametric Model Maker (https://makerworld.com/makerlab/parametricModelMaker)

 

Create stunning 3D printable decorative plates with randomly carved organic patterns using this fully parametric OpenSCAD script.

✨ Key Features

āœ… 100% Parametric - Adjust everything through sliders āœ… No Supports Required - Optimized for FDM & resin printing āœ… Flat Top Surface - Perfect for functional use or mounting āœ… Customizable Relief Depth - From subtle to dramatic āœ… Random Pattern Generation - Unique every time āœ… Print-Safe Guaranteed - Minimum bottom thickness protection

šŸŽ›ļø Customizable Parameters

Design Controls

  • Density (1-5): Control how many spheres create the pattern
  • Sphere Size (1-5): Adjust average size of carved elements
  • Relief Depth (1-5): From subtle texture to deep carving
  • Variety (0-5): Size variation for organic look
  • Random Seed: Generate infinite unique patterns

Dimensions

  • Plate width: 50-500mm
  • Plate depth: 50-500mm
  • Thickness: 10-50mm
  • Minimum bottom: 1-10mm (safety feature)

Quality

  • Sphere Resolution: 20 (fast preview) to 200 (ultra-smooth)

šŸ–Øļø Printing Recommendations

FDM Settings

  • Layer Height: 0.2mm recommended
  • Infill: 15-20% sufficient
  • Supports: None required!
  • Orientation: Print as generated (flat side down)

Resin Settings

  • Increase sphere_resolution to 150-200 for smooth curves
  • Hollowing not recommended (complex internal geometry)

šŸ’” Usage Ideas

  • Decorative wall panels
  • Textured coasters or trivets
  • Soap dishes with drainage
  • Jewelry/key organizers
  • Artistic sculptures
  • Light diffuser panels
  • Architectural models
  • Ergonomic grip surfaces

šŸŽÆ Perfect For

  • Interior design projects
  • Parametric design learners
  • Unique gift creation
  • Home organization
  • Art installations
  • Architectural visualization

šŸ”§ Technical Specs

  • Software: OpenSCAD 2021.01 or newer
  • Export: STL, 3MF compatible
  • File Size: Varies (typically 2-10MB depending on resolution)
  • Render Time: 10 seconds (preview) to 3 minutes (high-res)

šŸ“ Design Philosophy

This generator uses sphere intersection to create organic, nature-inspired patterns while maintaining 100% printability. The algorithm ensures:

  • No floating elements
  • Guaranteed minimum wall thickness
  • Smooth transitions between carved areas
  • Mathematically random but aesthetically pleasing distribution

🌟 Tips for Best Results

  1. Start with density=3, sphere_size=3 for balanced results
  2. Use sphere_resolution=40 for quick experiments
  3. Increase to sphere_resolution=120 before final export
  4. Change seed value to explore different patterns
  5. Enable show_safety_planes to visualize thickness limits

šŸ†˜ Troubleshooting

Render too slow? → Lower sphere_resolution to 30-40 for preview

Pattern too busy? → Decrease density or increase sphere_size

Need deeper relief? → Increase plate_thickness first, then relief_depth

Want smoother organic look? → Increase variety parameter

šŸŽ“ Educational Value

Great for learning:

  • Parametric design principles
  • OpenSCAD difference() operations
  • Random number generation in CAD
  • Print-optimization techniques
  • Computational design basics

šŸ¤ Support & Community

Found a cool use case? Share your make!
Questions? Leave a comment below.

Tags: parametric, openscad, organic, relief, decorative, wall-art, customizable, texture, no-supports, generative-design, computational, abstract, modern, sculptural

Categories: Home Decor, Art, Tools & Gadgets, Organization

Difficulty: Beginner-Friendly (with Customizer) / Intermediate (script editing)

Comment & Rating (1)

(0/1000)

Hey, as you mention how it's got educational value for openSCAD use e.g. difference() operations. Would you mind making the source code available for others to learrn from it? :-)
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License

This user content is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.