Fibonacci Golden Ratio Trivet – Minimalist Wooden Hot Pad by Sergey Koznov
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Auf MyMiniFactory ansehen ↗Beschreibung
Fibonacci Golden Ratio Trivet A minimalist trivet inspired by the Golden Ratio and Fibonacci spiral geometry. Designed to combine mathematical harmony with everyday kitchen functionality. The design features a solid support surface combined with geometric framing to ensure stability under hot teapots, coffee carafes, or cookware. Perfect for: Tea & coffee setupsMinimalist interiorsModern kitchen decorLaser cutting projects The structure balances aesthetics and strength, making it both decorative and practical. 🔧 Recommended Print / Manufacturing Specs If 3D printed: Minimum thickness: 8–10 mm20–30% infill (gyroid recommended)PLA / PETG / ABS If laser cut: 6–8 mm plywood / hardwoodOptional rubber feet for insulation 📐 Suggested Dimensions 300 mm × 185 mm (Golden Ratio proportion) Thickness: 8–10 mm ✨ Design Features • Golden ratio proportional layout • Spiral-based geometry • Reinforced load area • Functional heat distribution gaps • Modern Scandinavian aesthetic PLEASE READ: All Butaforya Makes Designs are protected under Copyright Law. Your purchase gives you the right to download and print the design for your personal use. You do NOT have permission to resell or redistribute those digital files in ANY way. This includes altered or "remixed" versions of the designs. Prints of the design cannot be sold without authorization. To legally sell PRINTS of my designs, you can obtain authorization by joining the "Merchant" Tier of my Patreon or MMF Tribe…
About this model
Fibonacci Golden Ratio Trivet – Minimalist Wooden Hot Pad by Sergey Koznov is a kostenpflichtig 3D model in the Miniaturen category, shared by the MyMiniFactory community. You can download it for 3D printing and reuse it in your own projects under the terms of its original license.
File formats
- STL — The most common mesh format for 3D printing — ready to slice and print on almost any printer.
The files for this model are hosted on MyMiniFactory. Use the button above to open the original page and download it.