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Cylindrical 3D Models

Find the best Cylindrical 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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cylindertubepipegeometric
A single, isolated industrial mechanical 3D model of a basic, solid cylindrical sleeve, specifically designed for 3D printing. The structure is a simple, thick-walled cylindrical tube with a completely empty, smooth, hollow internal bore. Crucially, the external wall features a straight, continuous open longitudinal slot (channel) running unobstructed along its entire length from top to bottom, effectively creating a C-shaped profile. The interior space must be a completely empty void with no internal structures or fills. All edges are clean, precise, and micro-chamfered. Studio lighting, isolated on a seamless white background, orthogonal schematic view (combination top-down and three-quarter perspective), matte metallic finish, ultra-detailed. 中文'
Anonymous1773658866
A single, isolated industrial mechanical 3D model of a heavy-wall hollow cylindrical sleeve, as seen in image_8.png, specifically designed for 3D printing. The structure is a substantial, thick-walled cylindrical tube. Crucially, its external surface features a precisely engineered, perfectly parallel, 1 cm wide, continuous open longitudinal slot (air gap or channel) running unobstructed along its entire length, revealing the detailed inner hollow bore and the thickness of the wall. The top and bottom ends are open, clearly displaying the substantial thickness (around 30mm scale equivalent) and the smooth internal bore. The exterior has a brushed green metallic finish , and all edges are precise and micro-chamfered for clean definition. Studio lighting, isolated on a seamless white background, orthogonal schematic view (combination top-down and three-quarter perspective), ultra-detailed.
Anonymous1773658866
Anonymous1773386054
A single, isolated mechanical 3D model of a hollow industrial cylinder (tube) for a red industrial scissor jack frame, specifically designed as a functional, thread-compatible component for 3D printing. The main body is a robust cylindrical block with a textured, matte black industrial steel finish and micro-chamfered edges, based on image_0.png. Crucially, the entire length of the internal bore must feature a high-precision, deep-recessed, 60-degree V-profile internal mechanical screw thread (internal threading) that is meticulously designed to accept and perfectly engage with a standard matching thread profile, allowing a screw or the jack's main shaft to rotate freely and advance along the entire channel. This threading must run completely and unobstructed through the bore. All internal edges must be sharp and precise, ensuring mechanical functionality. Studio lighting, isolated on a seamless white background, orthogonal schematic view (side view showing the internal threads), ultra
Anonymous1773658866
A single, isolated mechanical 3D model of a hollow industrial cylinder (tube), specifically designed for 3D printing, based on image_5.png. Crucially, the entire inner wall (internal bore) of this cylinder must feature a highly detailed, precise, sharp-edged screw thread (internal threading) that matches the realistic pattern. The threaded bore must run completely through the cylinder's entire length, unobstructed. The exterior of the cylinder should have a textured, matte black industrial steel finish, with the cut-away face showing polished gray steel. All edges are cleanly defined with micro-chamfers. Studio lighting, isolated on a seamless white background, orthogonal schematic view (side view showing the internal threads), ultra-detailed.
Anonymous1773658866
A high-resolution, industrial-grade mechanical CAD 3D model of a complex, orthogonal-axis cylinder assembly, derived from image_4.png and image_5.png. The primary, larger component is a horizontal, thick-walled cylindrical block, finished in knurled, high-carbon steel (matte black color). A second, smaller, gold-olive brass-alloy cylinder is perpendicularly integrated into the right side of the main body, intersecting its center bore. The crucial feature is that the visible interior bore (on the left side) of the large black cylinder must feature highly detailed, precise mechanical screw threads running deeply into the hole, matching the pattern in image_5.png. The front face of the small brass cylinder is polished smooth (white), and the left face of the black cylinder is polished gray steel. All intersection edges are precise. Studio lighting, isolated on a seamless white background, ultra-detailed.
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Anonymous1760442219
"Design a small cylindrical cap to plug a twelve millimeter diameter hole. The cap should be three millimeters tall to match the lid depth, with a very thin top wall — make it as thin as possible while keeping it printable, around zero point five to one millimeter thick. The bottom should have a slight interference fit or small lip so it snaps securely into the hole. On the very top surface, emboss a bold capital letter W, about eight millimeters tall. Keep the whole thing simple, smooth, and easy to print."
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