0
Опубликовано
0
Рекомендуемые
0
Последователи
0
Подписки

Create a castable 3D earring that maps the vascular anatomy of a mango panicle with no petals or gems. One tapering rachis (elliptical section) branches organically into 4 primary laterals and 8–10 secondary peduncles, ending in subtle pedicel node bulbs. Overall length 60 mm, max width 20 mm. Sections: rachis 1.40×1.10 mm at base tapering to 0.65×0.50; laterals 1.00×0.80 → 0.55×0.45; peduncles 0.50×0.40 → 0.35×0.30; node bulbs 0.8 mm Ø. C2 blended junctions, true asymmetry, clean negative space, watertight, minimum wall 0.30 mm. Add a grown-in 0.8 mm ear wire at the top. Export high-res STL for castable resin printing.

Meshy 6 Preview
CC0
7 дней назад
Быстрый
Create a castable 3D earring that maps the vascular anatomy of a mango panicle with no petals or gems. One tapering rachis (elliptical section) branches organically into 4 primary laterals and 8–10 secondary peduncles, ending in subtle pedicel node bulbs. Overall length 60 mm, max width 20 mm. Sections: rachis 1.40×1.10 mm at base tapering to 0.65×0.50; laterals 1.00×0.80 → 0.55×0.45; peduncles 0.50×0.40 → 0.35×0.30; node bulbs 0.8 mm Ø. C2 blended junctions, true asymmetry, clean negative space, watertight, minimum wall 0.30 mm. Add a grown-in 0.8 mm ear wire at the top. Export high-res STL for castable resin printing.
Текстурное изображение
image



0 Comments
«Create a castable 3D earring that maps the vascular anatomy of a mango panicle with no petals or gems. One tapering rachis (elliptical section) branches organically into 4 primary laterals and 8–10 secondary peduncles, ending in subtle pedicel node bulbs. Overall length 60 mm, max width 20 mm. Sections: rachis 1.40×1.10 mm at base tapering to 0.65×0.50; laterals 1.00×0.80 → 0.55×0.45; peduncles 0.50×0.40 → 0.35×0.30; node bulbs 0.8 mm Ø. C2 blended junctions, true asymmetry, clean negative space, watertight, minimum wall 0.30 mm. Add a grown-in 0.8 mm ear wire at the top. Export high-res STL for castable resin printing.» — Загрузите бесплатные 3D-модели, созданные @gasketguru1 с помощью Meshy AI.