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Axial 3D Models

Find the best Axial 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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industrial fan 3d model: industrial axial fan with rusted blades
Industrial Fan 3D Model
conductor axial 3d modelo: con el ultimo modelo que te pase hazle un conducto interno axial continuo, de sección circular uniforme que mida 8 mm, que recorra toda la longitud de la pieza desde la punta hasta el mango, manteniendo espesores de pared constantes. toda la piaza mi 280 mm
Conductor Axial 3d Modelo 3D Model
轴向磁悬浮轴承3d模型: 轴向主动磁悬浮轴承，转子圆环直径0.48m，长度0.384
轴向磁悬浮轴承3d模型 3D Model
curved ribbed strip 3d model: curved ribbed strip with axial ridges, gray plastic-like surface
Curved Ribbed Strip 3D Model
base tournante 3d: Socle de rotation circulaire industriel, disque rond avec perforation centrale précise, système de roulement à billes intégré permettant une rotation fluide à 360 degrés sans arrêt. Tige métallique verticale au centre servant d’axe de maintien, maintenant un cercle supérieur tout en autorisant une rotation libre continue. Design fonctionnel et épuré, inspiration squat board / twist board. Matériaux métalliques réalistes, aluminium brossé et acier, rendu 3D technique, éclairage neutre, vue isométrique et éclatée montrant le mécanisme interne, haute précision mécanique, style ingénierie industrielle, haute résolution. 3. Variante plus mécanique / CAO mechanical rotating base, circular perforated platform, central axial rod, ball bearing rotation system, free spin 360 degrees, no rotation stop, industrial engineering design, exploded view, CAD style, technical render, precise tolerances, functional prototype
Base Tournante 3d 3D Model
rotary stage 3d model: TripoAI专属：海上风电机舱GRASP整体模型终极整合提示词 （严格匹配工程结构描述+AI视觉识别优化，直接复制生成） 海上风电机舱重力自适应稳定平台（GRASP）完整工程建模，1:1毫米比例，右手坐标系（原点在机舱底板安装平面中心，+Z向上、+X指向机头、Y轴横向），工业机械写实风格，哑光金属质感为主，按模块A→B→C→D→E完整装配，核心尺寸误差≤5%，运动副无干涉，简化＜10mm细微螺纹/倒角，保留≥20mm功能特征与配合关系： 一、模块A：外框架固定系统（固定基础） 1. 主承载环（A-001）：Φ3200×40mm圆环形Q345E钢板，上表面24个Φ3000分度圆沉头凹坑（Φ35×5mm），下表面36个Φ3100分度圆Φ32mm通孔（孔口倒角），外侧面4处90°均布30×10×150mm键槽，内侧面8个45°均布Φ80×30mm减重孔，水平放置于Z=0平面； 2. 径向支撑梁（A-002）：4根十字交叉工字形梁（总高200、翼缘宽100、厚8，腹板厚6），伸出主承载环1600mm，梁端150×150×20mm方形法兰（4个Φ22通孔），每梁3块80×80×10mm三角形加强筋，中心300×300×20mm节点板（8个M20螺栓孔）； 3. 顶盖安装环（A-003）：Φ2500×120mm圆环形，与主承载环同轴，上表面2处中心对称（间距1800mm）200×200mm轴承安装平台（4个M16螺纹孔），下表面24个Φ2400分度圆Φ26通孔，内部8条放射状80×12mm加强筋； 4. 连接立柱（A-004）：24根Φ150×2000mm圆柱形实心轴，均匀分布连接主承载环与顶盖安装环，下端带Φ200×20mm法兰（4个Φ18通孔），两端带M24外螺纹（长50mm）+ 六角螺母，垂直度≤0.1mm/全长。 二、模块B：重力自适应悬挂系统（运动核心） 1. 外环框架（B-001）：2500×2500×120mm立方体42CrMo锻件框架，中间Φ1800mm通孔，长边中点2处Φ160×50mm轴承凸台（内孔Φ90mm），凸台外侧200×200×25mm安装法兰（4个Φ18通孔），轴承孔内Φ95×5mm密封槽（O形圈示意）； 2. 内环框架（B-002）：1800×1800×100mm矩形框架，中间Φ1600mm通孔，与外环正交安装，短边中点2处Φ60×80mm轴颈（表面光滑），4个角部1
Rotary Stage 3D Model
metal flywheel 3d model: High-detail 3D model of a peripheral impeller wheel for a liquid pump. A flat, round metallic disk with a central stepped hub and straight radial blades on both sides. Key features to include: Outer diameter: about 126 mm. Blades: 32–36 narrow, straight, evenly spaced blades of uniform thickness. Blades start at about 1/6 of the diameter inward from the outer rim and extend to the outer perimeter. Symmetry: The entire impeller is fully symmetric about the mid-plane. Hub: Central cylindrical bore for a shaft, including two opposite flat key surfaces (double-flat shaft seat). Hub has accurately stepped concentric cylindrical sections (≈19–34 mm diameters). Front face: Two M6-type threaded holes, axial, placed symmetrically around the center on a circular pitch. Material appearance: Clean, machined metal with precise edges and smooth surfaces. Goal: A realistic, highly detailed, cleanly machined mechanical part.
Metal Flywheel 3D Model
extractor axial 3d modelo: Elemento Dimensión Longitud (pulg/cm) Área de entrada (pulg²/cm²) Área de salida (pulg²/cm²) Observaciones principales Ducto de entrada Rectangular 9,5” / 25 cm 17×17” (289 in² / 731 cm²) 6×6” (36 in² / 145 cm²) Contracción abrupta; sin transición aerodinámica. Cámara de observación Rectangular 19” / 48 cm 6×6” (36 in² / 145 cm²) 6×6” (36 in² / 145 cm²) Acrílico rayado, luz interna deficiente. Ducto de salida Rectangular 25” / 60 cm 6×6” (36 in² / 145 cm²) 18×18” (324 in² / 840 cm²) Difusor abrupto, irregularidades en sellos. Extractor axial Circular — Ø 12,5” / 32 cm — Velocidad nominal 10–14 m/s, control manual.
Extractor Axial 3d Modelo 3D Model
estructura mecánica 3d: A partir de esta imagen axonométrica saca el volumen del proyecto sin el entorno
Estructura Mecánica 3d 3D Model
rotating shaft 3d model: gray cylindrical shaft with left-end hub showing rotation, blue axial arrow along length, green vertical axis at right end.
Rotating Shaft 3D Model
torque rod diagram 3d model: cylindrical rod with torque and force vectors; gray metallic surface, blue axial force, green vertical force.
Torque Rod Diagram 3D Model
esqueleto axial 3d: esqueleto axial
Esqueleto Axial 3d 3D Model
industrial axial fan with mounting bracket, metal gray housing and blades
3D Model
4) Projeto 3D — passo-a-passo (Fluxo CAD para Fusion360 / FreeCAD) Vou descrever um fluxo passo a passo para criar o modelo no CAD: A. Esboço do anel (Front plane) Criar círculo externo: Raio = (D_int /2) + espessura radial = 21 mm + 10 mm = 31 mm → círculo Ø62 mm. Criar círculo interno: Raio = D_int/2 = 20 mm → Ø40 mm. Definir largura axial: extrudar (width) 18 mm. Criar corte em “C”: desenhar retângulo que remove ~12 mm do corpo para gerar abertura. Extrudar corte. B. Haste / bloco base No offset lateral do anel crie um retângulo 30×22 mm colado ao anel; extrude 16 mm. Criar furo roscado: furo central Ø8.5 mm, extrude para passar; modelar rosca se for preciso (ou usar furo para porca). Criar slot para U-bracket: recorte em U com parede parafusável (slot 10×6 mm). C. Articulação / pino Adicionar dois lóbulos (um em cada lado do anel) com furos coaxiais Ø4.2 mm. Inserir pino: modelar pino ou usar parafuso 4×? mm com porca. D. Reforços Criar nervuras internas (ribs) ligan
3D Model
轴流式水轮机
3D Model
Conceptual architectural rendering of a curved, multi-level building structure featuring metal roof ridges, glass enclosures, and a supporting metal frame with various materials including Red cedar wood, plasterboard, and metal components.
3D Model
A contemporary wooden table base with an X-shaped pedestal featuring curved and angled legs in a light beige color.
3D Model
A highly detailed, radially symmetrical organic structure with a complex branching pattern and pale, translucent appearance, resembling a natural formation such as a coral or shell.
3D Model