Which mathematical packaging innovation was specifically developed for geometry sets to reduce breakage of compasses and protractors while simultaneously minimizing packaging materials by 30%?

In the mathematics industry, packaging design for educational tools and manipulatives is more than aesthetic—it's a mathematical problem itself. Efficient packaging reduces waste, optimizes shipping costs, and ensures product integrity. Many mathematical product companies employ advanced geometric principles to design their packaging. This poll tests your knowledge of how mathematics companies have innovatively solved packaging challenges for their specialized products.

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The Nested Polygon Design, using concentric regular polygons to create stabilizing compartments
The Fibonacci Spiral Arrangement, organizing tools in a logarithmic spiral pattern
The Tesseract Box, utilizing four-dimensional mathematics to create folding patterns that optimize space
The Golden Ratio Partition System, dividing internal space according to φ (1.618...) proportions