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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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aluminumchiselanillodiode
A precise technical 3D CAD model of a solid aluminum core for a chisel handle, designed for sand casting. Geometry: A solid cylinder with a strict 4:10 diameter-to-length ratio. Features: 1. A uniform, smooth and perfectly cylindrical recess (recessed diameter) exactly 3mm deep encircling the middle section of the handle for subsequent rubber overmolding. This recess must have a clean, smooth, non-slotted surface. 2. Two solid aluminum bands (shoulders) at both ends, each exactly 3cm (30mm) wide, which remain at the full original diameter. 3. A centered tapered axial socket present ONLY on one front face (end) for the chisel shank; the other end is a plain, plain solid face. Manufacturing Specs: Apply a 1.2% global scale increase to account for aluminum shrinkage. Include a 1.5-degree draft angle on all vertical surfaces for sand mold extraction. The surface texture is unpolished, matte cast aluminum. Manifold geometry.
Anonymous1776617870
A precise technical 3D CAD model of a solid aluminum core for a chisel handle, designed for sand casting. Geometry: A solid cylinder with a strict 4:10 diameter-to-length ratio. Features: 1. A uniform, smooth and perfectly cylindrical recess (recessed diameter) exactly 3mm deep encircling the middle section of the handle for subsequent rubber overmolding. This recess must have a clean, smooth, non-slotted surface. 2. Two solid aluminum bands (shoulders) at both ends, each exactly 3cm (30mm) wide, which remain at the full original diameter. 3. A centered tapered axial socket present ONLY on one front face (end) for the chisel shank; the other end is a plain, plain solid face. Manufacturing Specs: Apply a 1.2% global scale increase to account for aluminum shrinkage. Include a 1.5-degree draft angle on all vertical surfaces for sand mold extraction. The surface texture is unpolished, matte cast aluminum. Manifold geometry.
Anonymous1776617870
A precise technical 3D CAD model of a solid aluminum core for a chisel handle, designed for sand casting. Geometry: A solid cylinder with a strict 4:10 diameter-to-length ratio. Features: 1. A uniform, smooth and perfectly cylindrical recess (recessed diameter) exactly 3mm deep encircling the middle section of the handle for subsequent rubber overmolding. This recess must have a clean, smooth, non-slotted surface. 2. Two solid aluminum bands (shoulders) at both ends, each exactly 3cm (30mm) wide, which remain at the full original diameter. 3. A centered tapered axial socket present ONLY on one front face (end) for the chisel shank; the other end is a plain, plain solid face. Manufacturing Specs: Apply a 1.2% global scale increase to account for aluminum shrinkage. Include a 1.5-degree draft angle on all vertical surfaces for sand mold extraction. The surface texture is unpolished, matte cast aluminum. Manifold geometry.
Anonymous1776617870
Pièce cylindrique axée décrite en trois vues orthogonales : vue de dessus, coupe longitudinale et vue de dessous. Diamètre extérieur 93,5 mm, diamètre intérieur 49 mm, hauteur de référence 90 mm. Profil axial avec corps principal de 38 mm de hauteur, section supérieure 28 mm, épaulement 5 mm et base plate 3 mm d’épaisseur. Largeur extérieure 83 mm, largeur interne 79 mm. Nervures radiales verticales d’épaisseur 4 mm reliant le fond au corps pour rigidifier et répartir les charges. Un angle 60° est indiqué pour chanfrein ou pente d’emboîtement. Conception symétrique autour de l’axe central ; traits pleins pour contours visibles et pointillés pour éléments internes.
Anonymous1775296620
Anonymous1739017436
A working model of a dual axial compressor 100mm in diameter .stl and ready to be 3d printed
Anonymous1774971008
El Pico de Cantero Simétrico presenta un diseño Stylized Low-Poly con acabado Shade Smooth, lo que le otorga una silueta limpia, geométrica y sin aristas vivas. Su estructura se define por un cabezal de piedra gris mate (#808080) con simetría axial perfecta. Este cabezal forma un arco parabólico uniforme que se extiende equilibradamente a ambos lados del mango, terminando en dos puntas cónicas idénticas y afiladas. No posee caras planas ni bloques de percusión. El mango es un eje cilíndrico de madera de roble (#8B4513), de superficie lisa y grosor ergonómico. La unión es directa: el mango atraviesa el centro del cabezal de piedra mediante un refuerzo interno, sin cuerdas, remaches ni fijaciones externas visibles, manteniendo una estética minimalista. Técnicamente, el modelo es una malla de baja densidad de polígonos con un punto de pivote situado en la base del mango. El contraste entre la piedra oscura y la madera cálida define su identidad visual.
Anonymous1774659043
Rotationally symmetric mechanical component with axial alignment. Features two parallel circular arrays of spheres and an X-shaped internal load pattern
Anonymous1768665776
Rotationally symmetric mechanical component with axial alignment. Features two parallel circular arrays of spheres and an X-shaped internal load pattern
Anonymous1768665776
Rotationally symmetric mechanical component with axial alignment. Features two parallel circular arrays of spheres and an X-shaped internal load pattern
Anonymous1768665776
Rotationally symmetric mechanical component with axial alignment. Features two parallel circular arrays of spheres and an X-shaped internal load pattern
Anonymous1768585414
Rotationally symmetric mechanical component with axial alignment. Features two parallel circular arrays of spheres and an X-shaped internal load pattern
Anonymous1766696309
Rotationally symmetric mechanical component with axial alignment. Features two parallel circular arrays of spheres and an X-shaped internal load pattern
Anonymous1766696309
Rotationally symmetric mechanical component with axial alignment. Features two parallel circular arrays of spheres and an X-shaped internal load pattern
Anonymous1773993744
"Precise 6-bladed axial propeller, total diameter exactly 40 mm, central hub with perfect 2 mm diameter through-hole for shaft, six evenly spaced blades at 60° angles, aerodynamic pitch optimized to push air forward axially, high-detail 3D printable model, clean manifold geometry, realistic, exact scale"
Anonymous1772627578
La pièce s'articule autour d'un axe de révolution central et présente une structure asymétrique composée d'un moyeu arrière cylindrique saillant (destiné à l'appui axial) qui s'élargit pour former un corps principal creusé de deux gorges trapézoïdales (profil en V). Ces gorges sont délimitées par trois flasques circulaires dont les diamètres sont dégressifs, créant une silhouette en escalier où la gorge la plus proche du moyeu possède un diamètre de contact supérieur à la seconde. Le cœur du dispositif est percé d'un alésage cylindrique traversant, intégralement tapissé de cannelures longitudinales à profil involute (dents de précision), conçues pour une liaison cinématique rigide avec un arbre cannelé. La face frontale de la poulie est profondément évidée en une cuvette circulaire, au fond de laquelle se situe une plateforme plane percée de deux trous de pression taraudés, positionnés de manière diamétralement opposée (à 180°), permettant l'insertion de vis pointeaux
Anonymous1773657221
Title: Brake-Disc Thin Axial-Flux Wheel Motor (Retrofit Version) Description: Design a thin electric motor integrated in a single disk, about 10 cm thick, roughly the size of a standard brake disc. The motor disk mounts directly on a wheel hub, and a standard car wheel attaches on top. Motor type: axial-flux (pancake) style. Rotor: flat circular disk with neodymium magnets on the top and bottom faces or just one face for simplicity. Stator: flat circular ring sandwiched in the rotor disk, with copper coil windings visible. Keep a thin air gap (~1 mm) between rotor magnets and stator. Include central hub mounting plate with bolt holes for suspension attachment. Include a standard brake disc and caliper inside the motor disk (aligned with hub) — the motor thickness matches brake disc width (~10 cm). Color coding: Rotor: steel/silver with magnets in bright red Stator coils: copper/orange Brake disc: dark grey Hub plate: dark grey or black Show the wheel rim above the motor
Anonymous1766129152
Anonymous1772594443
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