?

Gear assembly 3D Models

Find the best Gear assembly 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.

You May Also Like :
gear-inspiredassemblythree-axlegear-filled
Create a 3D printable mechanical model. 1. Place 6 vertical cylinders in a row on a vertical support rail. 2. Each cylinder is 50 cm tall and contains a piston that can slide up and down. 3. On top of each piston, attach a buoy. The buoy is larger in diameter than the cylinder. 4. Each piston and buoy is clearly connected — the buoy must push the piston vertically. 5. Add a continuous chain that runs behind the cylinders. 6. The chain wraps around two large vertical sprocket wheels (50 cm diameter). 7. Place a third vertical sprocket wheel in the middle of the chain path. 8. This third sprocket has a hollow axle for routing air tubes. 9. Show air tubes connected to each cylinder but passing through the third wheel’s axle. 10. The assembly is immersed in water (water level shown). 11. Include all movable parts as separate pieces for 3D printing. 12. Show correct mechanical relations: chain around wheels, pistons inside cylinders, buoys connected to pistons, air tubes routed without tangling.
Anonymous1769531095
"Design a high-fidelity, print-in-place mechanical fidget toy consisting of 6 interlocking herringbone gears aligned in a linear, slim rectangular frame. Mechanical Specs: Use a helical gear profile with a 20-degree pressure angle to ensure smooth, silent rotation. Each gear must have a central axis pin integrated into the outer frame with a 0.3mm vertical and horizontal clearance to prevent fusing during FDM printing. Aesthetic Features: The frame should have a skeletonized, 'industrial-tech' look with rounded ergonomic edges for handheld comfort. The top surface of each gear should feature a recessed 'vortex' texture to provide grip for the thumb. Output Requirements: Optimized for a 256x256mm build plate (Bambu Lab standard). The final form factor should be approximately 120mm x 30mm x 10mm. Include a 4mm lanyard hole at the base for EDC (Everyday Carry) attachment."
Anonymous1768849112
Anonymous1769251646
Anonymous1769102886
Anonymous1768278655
Anonymous1768877161
为我生成一个工业用途的功能件，参照图片左边的件，不能完全一模一样，需要有区分，且无版权问题。可进行3D打印
Anonymous1740026692
Anonymous1768877161
Anonymous1768690700
Anonymous1768637012
Anonymous1764300097
Anonymous1768588004
Anonymous1768414896
Anonymous1766114768
Anonymous1767984775
Anonymous1767341261
Anonymous1765795849
Anonymous1764915976
Enter invite code to get credits!