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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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.

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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.

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A partir de esta imagen axonométrica saca el volumen del proyecto sin el entorno

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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

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