DESCRIPTION

Detailed 3D model of a Butterfly Exoskeleton (often referred to as a Butterfly Skeleton in a conceptual sense). This model accurately represents the external skeletal structure of a butterfly, an insect known for its delicate wings and vibrant colors. The model will showcase the key components of the butterfly's exoskeleton, including the head with its antennae and proboscis (in a coiled or extended state), the thorax with attachment points for the wings and legs, the segmented abdomen, and the intricate veined structure of the wings. The model will emphasize the lightweight yet sturdy nature of this external frame. This 3D model is ideal for use in biology education, entomology studies, scientific visualizations, artistic interpretations, or any project requiring a detailed anatomical representation of a butterfly's exoskeleton. The model is provided in multiple formats: FBX, OBJ, STL, GLB, USDZ, and BLEND, ensuring compatibility with a wide range of 3D software and platforms.

İngilizce Anahtar Kelimeler:

butterfly skeleton model, 3d butterfly skeleton, butterfly exoskeleton, insect skeleton, insect anatomy, butterfly anatomy, wing structure, antennae, proboscis, thorax, abdomen, arthropod, biology education, entomology model, scientific model, FBX butterfly, OBJ butterfly, STL butterfly, GLB butterfly

Almanca Beschreibung:

Detailliertes 3D-Modell eines Schmetterlings-Exoskeletts (oft im übertragenen Sinne als Schmetterlingsskelett bezeichnet). Dieses Modell stellt die äußere Skelettstruktur eines Schmetterlings akkurat dar, eines Insekts, das für seine zarten Flügel und leuchtenden Farben bekannt ist. Das Modell zeigt die Hauptkomponenten des Schmetterlings-Exoskeletts, einschließlich des Kopfes mit seinen Antennen und dem Rüssel (in eingerolltem oder ausgestrecktem Zustand), des Thorax mit Ansatzpunkten für die Flügel und Beine, des segmentierten Abdomens und der komplizierten, geäderten Struktur der Flügel. Das Modell betont die leichte, aber dennoch robuste Natur dieses äußeren Rahmens. Dieses 3D-Modell eignet sich ideal für den Einsatz in der Biologieausbildung, im Entomologiestudium, in wissenschaftlichen Visualisierungen, künstlerischen Interpretationen oder in jedem Projekt, das eine detaillierte anatomische Darstellung des Exoskeletts eines Schmetterlings erfordert. Das Modell wird in verschiedenen Formaten bereitgestellt: FBX, OBJ, STL, GLB, USDZ und BLEND, um die Kompatibilität mit einer breiten Palette von 3D-Software und Plattformen zu gewährleisten.

Almanca Schlüsselwörter:

Schmetterlingsskelett Modell, 3D Schmetterlingsskelett, Schmetterlings Exoskelett, Insektenskelett, Insektenanatomie, Schmetterlingsanatomie, Flügelstruktur, Antennen, Rüssel, Thorax, Abdomen, Arthropode, Biologieunterricht, Entomologie Modell, wissenschaftliches Modell, FBX Schmetterling, OBJ Schmetterling, STL Schmetterling, GLB Schmetterling

Lehçe Opis:

Szczegółowy model 3D Szkieletu Motyla (często określanego jako Szkielet Motyla w sensie koncepcyjnym). Model ten dokładnie przedstawia zewnętrzną strukturę szkieletową motyla, owada znanego z delikatnych skrzydeł i żywych kolorów. Model pokaże kluczowe elementy egzoszkieletu motyla, w tym głowę z czułkami i ssawką (zwiniętą lub wyciągniętą), tułów z miejscami przyczepu skrzydeł i nóg, segmentowany odwłok oraz skomplikowaną, unerwioną strukturę skrzydeł. Model podkreśli lekką, ale jednocześnie wytrzymałą naturę tej zewnętrznej ramy. Ten model 3D jest idealny do wykorzystania w edukacji biologicznej, studiach entomologicznych, wizualizacjach naukowych, interpretacjach artystycznych lub dowolnym projekcie wymagającym szczegółowego anatomicznego przedstawienia egzoszkieletu motyla. Model jest dostępny w wielu formatach: FBX, OBJ, STL, GLB, USDZ i BLEND, zapewniając kompatybilność z szeroką gamą oprogramowania i platform 3D.

Lehçe Słowa kluczowe:

model szkieletu motyla, szkielet motyla 3D, egzoszkielet motyla, szkielet owada, anatomia owada, anatomia motyla, struktura skrzydeł, czułki, ssawka, tułów, odwłok, stawonóg, edukacja biologiczna, model entomologiczny, model naukowy, motyl FBX, motyl OBJ, motyl STL, motyl GLB

Arapça وصف:

نموذج ثلاثي الأبعاد مفصل للهيكل الخارجي للفراشة (يشار إليه غالبًا باسم هيكل عظمي للفراشة بمفهوم مجرد). يمثل هذا النموذج بدقة الهيكل العظمي الخارجي للفراشة، وهي حشرة تشتهر بأجنحتها الرقيقة وألوانها الزاهية. سيعرض النموذج المكونات الرئيسية للهيكل الخارجي للفراشة، بما في ذلك الرأس بقرون الاستشعار والخرطوم (في حالة ملتفة أو ممتدة)، والصدر مع نقاط اتصال الأجنحة والأرجل، والبطن المجزأ، والبنية المعقدة ذات العروق للأجنحة. سيؤكد النموذج على الطبيعة الخفيفة الوزن والمتينة لهذا الإطار الخارجي. هذا النموذج ثلاثي الأبعاد مثالي للاستخدام في تعليم علم الأحياء ودراسات علم الحشرات والتصورات العلمية والتفسيرات الفنية أو أي مشروع يتطلب تمثيلًا تشريحيًا مفصلًا للهيكل الخارجي للفراشة. يتم توفير النموذج بتنسيقات متعددة: FBX و OBJ و STL و GLB و USDZ و BLEND، مما يضمن التوافق مع مجموعة واسعة من برامج ومنصات 3D.

Arapça كلمات مفتاحية:

نموذج هيكل عظمي للفراشة, هيكل عظمي للفراشة ثلاثي الأبعاد, هيكل خارجي للفراشة, هيكل عظمي للحشرات, تشريح الحشرات, تشريح الفراشة, هيكل الجناح, قرون الاستشعار, خرطوم, صدر, بطن, مفصلي الأرجل, تعليم علم الأحياء, نموذج علم الحشرات, نموذج علمي, فراشة FBX, فراشة OBJ, فراشة STL, فراشة GLB

Çince 描述:

蝴蝶外骨骼的精细 3D 模型(在概念上通常被称为蝴蝶骨骼)。该模型精确地表现了蝴蝶的外部骨骼结构,蝴蝶是一种以其精致的翅膀和鲜艳的色彩而闻名的昆虫。该模型将展示蝴蝶外骨骼的主要组成部分,包括头部及其触角和喙(呈卷曲或伸展状态)、胸部(翅膀和腿的附着点)、分节的腹部以及翅膀复杂的脉络结构。该模型将强调这种外部框架的轻巧而坚固的特性。此 3D 模型非常适合用于生物学教育、昆虫学研究、科学可视化、艺术诠释或任何需要详细表现蝴蝶外骨骼解剖结构的项目。该模型提供多种格式:FBX、OBJ、STL、GLB、USDZ 和 BLEND,确保与各种 3D 软件和平台兼容。

Çince 关键词:

蝴蝶骨骼模型, 3D 蝴蝶骨骼, 蝴蝶外骨骼, 昆虫骨骼, 昆虫解剖, 蝴蝶解剖, 翅膀结构, 触角, 喙, 胸部, 腹部, 节肢动物, 生物学教育, 昆虫学模型, 科学模型, FBX 蝴蝶, OBJ 蝴蝶, STL 蝴蝶, GLB 蝴蝶

Korece 설명:

나비 외골격 상세 3D 모델 (개념적으로 나비 뼈대라고도 함). 이 모델은 섬세한 날개와 생생한 색상으로 알려진 곤충인 나비의 외부 골격 구조를 정확하게 나타냅니다. 이 모델은 더듬이와 주둥이 (말리거나 뻗은 상태), 날개와 다리의 부착 지점이 있는 흉부, 분절된 복부, 복잡한 날개 맥 구조를 포함한 나비 외골격의 주요 구성 요소를 보여줍니다. 이 모델은 이 외부 프레임의 가볍지만 튼튼한 특성을 강조합니다. 이 3D 모델은 생물학 교육, 곤충학 연구, 과학적 시각화, 예술적 해석 또는 나비 외골격의 자세한 해부학적 표현이 필요한 모든 프로젝트에 사용하기에 이상적입니다. 이 모델은 FBX, OBJ, STL, GLB, USDZ 및 BLEND와 같은 다양한 형식으로 제공되어 광범위한 3D 소프트웨어 및 플랫폼과의 호환성을 보장합니다.

Korece 키워드:

나비 뼈대 모델, 3D 나비 뼈대, 나비 외골격, 곤충 뼈대, 곤충 해부학, 나비 해부학, 날개 구조, 더듬이, 주둥이, 흉부, 복부, 절지 동물, 생물학 교육, 곤충학 모델, 과학 모델, FBX 나비, OBJ 나비, STL 나비, GLB 나비

Türkçe Açıklama:

Detaylı 3D Kelebek Dış İskeleti modeli (genellikle kavramsal anlamda Kelebek İskeleti olarak da adlandırılır). Bu model, narin kanatları ve canlı renkleriyle bilinen bir böcek olan kelebeğin dış iskelet yapısını doğru bir şekilde temsil eder. Model, antenleri ve hortumu (kıvrılmış veya uzatılmış durumda), kanat ve bacakların bağlantı noktaları olan toraks, segmentli abdomen ve kanatların karmaşık damarlı yapısı dahil olmak üzere kelebeğin dış iskeletinin temel bileşenlerini gösterecektir. Model, bu dış çerçevenin hafif ancak sağlam yapısını vurgulayacaktır. Bu 3D model, biyoloji eğitimi, entomoloji çalışmaları, bilimsel görselleştirmeler, sanatsal yorumlamalar veya bir kelebeğin dış iskeletinin ayrıntılı anatomik temsilini gerektiren herhangi bir proje için idealdir. Model, çok çeşitli 3D yazılımlar ve platformlarla uyumluluk sağlamak için FBX, OBJ, STL, GLB, USDZ ve BLEND formatlarında sunulmaktadır.

Türkçe Anahtar Kelimeler:

kelebek iskeleti modeli, 3D kelebek iskeleti, kelebek dış iskeleti, böcek iskeleti, böcek anatomisi, kelebek anatomisi, kanat yapısı, antenler, hortum, toraks, abdomen, eklembacaklı, biyoloji eğitimi, entomoloji modeli, bilimsel model, FBX kelebek, OBJ kelebek, STL kelebek, GLB kelebek

French Description:

Modèle 3D détaillé d'un Exosquelette de Papillon (souvent appelé Squelette de Papillon au sens conceptuel). Ce modèle représente avec précision la structure squelettique externe d'un papillon, un insecte connu pour ses ailes délicates et ses couleurs vives. Le modèle mettra en évidence les composants clés de l'exosquelette du papillon, notamment la tête avec ses antennes et sa trompe (enroulée ou étendue), le thorax avec les points d'attache des ailes et des pattes, l'abdomen segmenté et la structure veinée complexe des ailes. Le modèle soulignera la nature légère mais robuste de cette armature externe. Ce modèle 3D est idéal pour une utilisation dans l'enseignement de la biologie, les études d'entomologie, les visualisations scientifiques, les interprétations artistiques ou tout projet nécessitant une représentation anatomique détaillée de l'exosquelette d'un papillon. Le modèle est fourni en plusieurs formats : FBX, OBJ, STL, GLB, USDZ et BLEND, assurant la compatibilité avec une large gamme de logiciels et de plateformes 3D.

French Keywords:

modèle squelette papillon, squelette papillon 3d, exosquelette papillon, squelette insecte, anatomie insecte, anatomie papillon, structure aile, antennes, trompe, thorax, abdomen, arthropode, éducation biologie, modèle entomologie, modèle scientifique, papillon FBX, papillon OBJ, papillon STL, papillon GLB

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Butterfly Skeleton model Low-poly 3D model

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STL
Stereolithography<br />File Size: 1.24 MB
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FBX
Autodesk FBX<br />File Size: 5.71 MB
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PNG | 2 files<br />File Size: 8.68 MB
BLEND
Blender<br />File Size: 4.95 MB
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