Lily Flower 3D Dissection Model
An enlarged white lily with six tepals, stamens and a sectioned ovary. Dissection and pollination animations reveal floral structures and pollen tubes. Generated by Kimi K3.1 Pro.
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A dissectible lily model showing tepals, stamens, stigma, and ovary, with an animated pollination sequence.
Try 3D MakeCreate an enlarged educational white lily model with six thick tepals and nectar grooves, six stamens with spindle-shaped anthers, a three-lobed papillate stigma, and a longitudinally sectioned three-chambered ovary. Show septa, axile placenta, paired ovules, funiculi, and micropyles, with one ovule cut away to reveal integuments, nucellus, and embryo sac. Add six lanceolate leaves arranged at the golden angle. Include dissection, pollination with competing pollen tubes, restoration, and exploded assembly animations, using waxy PBR materials and stylized educational colors.
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Adds phone controls and layout without changing the other requirements.
Try 3D MakeCreate an enlarged educational white lily model with six thick tepals and nectar grooves, six stamens with spindle-shaped anthers, a three-lobed papillate stigma, and a longitudinally sectioned three-chambered ovary. Show septa, axile placenta, paired ovules, funiculi, and micropyles, with one ovule cut away to reveal integuments, nucellus, and embryo sac. Add six lanceolate leaves arranged at the golden angle. Include dissection, pollination with competing pollen tubes, restoration, and exploded assembly animations, using waxy PBR materials and stylized educational colors.
Create an enlarged educational white lily model with six thick tepals and nectar grooves, six stamens with spindle-shaped anthers, a three-lobed papillate stigma, and a longitudinally sectioned three-chambered ovary. Show septa, axile placenta, paired ovules, funiculi, and micropyles, with one ovule cut away to reveal integuments, nucellus, and embryo sac. Add six lanceolate leaves arranged at the golden angle. Include dissection, pollination with competing pollen tubes, restoration, and exploded assembly animations, using waxy PBR materials and stylized educational colors.



