Industrial robotic arm 3D Models

Find the best Industrial robotic arm 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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Anonymous1760133572

Anonymous1770940873

Make me a model of an industrial carrier arm with 3 soft fingers.

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Anonymous1764921500

Create a highly detailed industrial robotic arm as a modular 3D model with all components built as separate parts for animation and rigging. The design should be realistic, mechanical, and engineering-accurate. Include bolts, joints, cables, pistons, servo housings, and panel seams. Each part must be cleanly separated, properly scaled, and ready for assembly. Hard-surface modeling style, beveled edges, realistic tolerances, and functional joint connections. Use a professional industrial design language with metal, rubber, and composite materials. Game-ready topology with high detail.

✅ Part-Based Generation Prompt (Best for Detailed Output)

Use this when you want the generator/modeler to treat each piece separately:

🔩 Base Unit

Generate the robotic arm base platform as a separate part — heavy circular or hexagonal base, bolted mounting plate, rotation motor housing, cable ports, ventilation slots, and engraved panel lines. Industrial metal finish.

⚙️ Shoulder Joint Assembly

Create the shoulder joint mod

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Anonymous1769960982

A high-quality 3D animation of a white and blue industrial robotic arm on a clean workbench. The arm features 3 distinct joints: a rotating base, a pivoting shoulder, and a moving elbow arm. The video shows a sequence of motion: first, the base rotates 90 degrees; second, the shoulder and elbow joints extend downward in a smooth, synchronized motion to reach a metal piece; at the end of the arm, a black electromagnetic gripper activates. The lighting is bright and professional, showing realistic mechanical pivots and smooth servo-driven movement against a neutral studio background.

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Anonymous1769603143

Industrial-grade 6-axis robotic arm for education, CAD-ready functional design. Structure based on flat laser-cut plates (sandwiched panels) reinforced with 3D-printed brackets and spacers. Lower joints (base, shoulder, elbow) feature oversized housings for high-torque TT gear motors and external feedback potentiometers. Upper joints (wrist and gripper) feature standard mounts for SG90 micro servos. Design features: low center of gravity for stability, dual-flange joints to prevent axial tilt, and integrated cable management clips. Assembled look with visible hardware (bolts/nuts), mechanical realism, non-organic, engineering prototype style. High detail on joint interfaces and motor couplers.

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