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Worm 3D Models

Find the best Worm 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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Anonymous1773902779
Stylized worm gear shaft for a mobile puzzle game, thick spiral screw with exaggerated rounded helical threads, smooth metallic surface, slightly simplified geometry, soft reflections, toy-like but still mechanical. Clean design, no dirt, bright lighting, high readability, low to mid poly, Unity-ready asset, isolated background.
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Anonymous1773680177
High-fidelity 3D mechanical CAD model of a worm gear reduction system. Base: rectangular block with 6 equidistant semicircular bottom notches. Frame: two lateral trapezoidal pillars with rounded tops and one central triangular wedge support. Drive system: horizontal 10mm diameter shaft featuring a central worm screw with 9 helical threads. Driven system: vertical circular gear with exactly 24 involute teeth, perfectly meshed with the worm screw. Actuator: 90-degree offset manual crank handle with ergonomic cylindrical grip. Geometry: precise boolean operations, hard-surface modeling, industrial topology, orthographic perspective. Proportions: 2:1 base-to-height ratio. Surfaces: clean clay render, no textures, focusing on volumetric form and mechanical interlocking. High polygon count on gear teeth and screw threads for manufacturing accuracy."
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Rain7art
Anonymous1773589174
Generate a 3D model showing two separate worm gears placed side by side. FIRST WORM GEAR (left): - Horizontal silver threaded rod - Gold gear wheel below it with 20 teeth - Rod touches wheel SECOND WORM GEAR (right): - Horizontal silver threaded rod - Gold gear wheel below it with 18 teeth - Rod touches wheel STYLE: 3D render, isometric view, metallic surfaces
Anonymous1773484563
STAGE 1 (Left Side): - Draw a horizontal silver threaded rod (Worm 1) - Below it, draw a gold gear wheel with 20 teeth (Wheel 1) - Worm 1 touches Wheel 1 (they mesh) THE CONNECTION: - From the CENTER of Wheel 1, a gray metal shaft extends to the right - The CENTER of another horizontal silver threaded rod (Worm 2) is attached to this shaft - So Worm 2 is connected to the shaft coming from Wheel 1's center STAGE 2 (Right Side): - Below Worm 2, draw a gold gear wheel with 18 teeth (Wheel 2) - Worm 2 touches Wheel 2 (they mesh) LABELS: - "20:1" near first pair - "18:1" near second pair - "360:1" at bottom - Green arrow into Worm 1 (input) - Red arrow out of Wheel 2 with dial (output) STYLE: 3D render, isometric view, metallic surfaces, industrial design - Worm 1 and Worm 2 are SEPARATE pieces (NOT one long rod) - The ONLY connection is: Shaft from Wheel 1 center → Worm 2 center - Worm 1 on LEFT, Worm 2 on RIGHT (NOT same side) - Worm 2 does NOT touch Wheel 1 Both worms must horizontal
Anonymous1773484563
Draw a two-stage worm gear system: FIRST STAGE (left side): - Draw a horizontal silver threaded shaft (Worm 1) - Below it, draw a gold gear wheel with 20 teeth (Wheel 1) - Worm 1 touches Wheel 1 (they mesh) SHAFT CONNECTION: - From the CENTER of Wheel 1, a metal shaft extends outward to the right - The shaft of Worm 2 is attached to this shaft - So Wheel 1's center shaft connects directly to Worm 2's shaft - When Wheel 1 spins, its shaft spins, which makes Worm 2 spin SECOND STAGE (right side): - Below Worm 2, draw a gold gear wheel with 18 teeth (Wheel 2) - Worm 2 touches Wheel 2 (they mesh) LABELS: - "20:1" near first pair - "18:1" near second pair - "360:1" at bottom - Green arrow into Worm 1 (input) - Red arrow out of Wheel 2 with dial (output) STYLE: 3D render, isometric view, metallic surfaces
Anonymous1773484563
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