Machine 3d printing 3D Models

Find the best Machine 3d printing 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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Create a high-fidelity, production-ready 3D model of a miniature automotive piston and connecting rod assembly designed specifically as a functional keychain fob, derived from the physical reference in video_frames_1-5 and image_10.png.
The geometry must be 100% faithful to the articulated mechanism seen in the references. The piston crown features three precise, scale-accurate piston ring grooves. ... The assembly is modular, including a scale wrist pin that pivot-connects the rod to the piston bosses.

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Create a detailed 3D model of a radial impeller (fan rotor) for a motor.
The impeller has multiple straight blades evenly distributed around a circular base.
Design is similar to a cooling fan with thick, slightly curved blades.

Specifications:

Inner shaft hole diameter: 65 mm
Outer diameter: 170 mm
Total height: 45 mm
Include a central hub with a smooth cylindrical hole
Around 10–14 blades, evenly spaced
Blades should be slightly angled for airflow efficiency
Solid base plate under blades

Style:

Industrial mechanical part
Clean geometry, suitable for manufacturing or 3D printing
Smooth edges, slightly rounded corners

Material: matte plastic (light color)

Output: high-quality 3D mesh, optimized topology, watertight model

Anonymous1762367632

создай мне Крыльчатка мотора с внутренным диаметром 65 мм
с внешним диаметром крыльчатки 170 мм
высотой 45 мм

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Anonymous1774200052

Create a realistic mechanical 3D CAD model of a 4-wheel robotics rover chassis similar to a BO motor metal rover platform.

The robot has a dual-layer rectangular chassis made of metal plates connected using cylindrical spacers. The top plate is flat with multiple mounting holes for electronics, and the bottom structure holds four BO gear motors mounted at an angle using metal side brackets.

Each motor is mounted diagonally using slotted brackets, and connected to medium-size rubber wheels (65–70mm diameter). The wheels should be thick with realistic tire tread.

Include side support plates between wheels and chassis for structural strength, with cut-out slots for weight reduction.

At the front of the robot, include a servo-based pan-tilt mechanism holding an ultrasonic sensor module (HC-SR04 style), mounted slightly ahead of the chassis.

Add a small servo box under the sensor mount and a bracket extending forward from the top plate.

Include a power switch mounted on the top plate.

The design should be c

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