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ooooo32418
02-27 14:53
Model Name
robotic gripper 3d model
Tags
3d printing
3d printing realistic
machine
machine 3d printing
machine 3d printing realistic
machine realistic
machining
mechanical
micro servo
realistic
robotic
robotic gripper
servo motor
Prompt
Design a complete 3D printable robotic gripper assembly driven by a micro servo motor. IMPORTANT: - Generate ALL parts in ONE project/output - BUT each component must be a SEPARATE printable part (not merged) - Arrange them in an exploded view layout (spread out but organized) - Ensure all parts fit together perfectly when assembled Parts to include: 1. Servo Motor Mount (SG90 compatible) - Include precise mounting holes - Shaft opening aligned with gear 2. Gear System - Small gear for servo shaft - Large gear for motion transfer - Proper gear ratio and meshing clearance 3. Linkage Arms (4–6 pieces) - Thin mechanical bars - Include pivot holes for screws - Symmetrical design where needed 4. Gripper Jaws (2 pieces) - Left and right mirrored fingers - Curved inner surface for gripping - Connection points for linkage arms 5. Base Frame - Holds servo and mechanism together - Strong but lightweight 6. Pins / Screws / Connectors - Simple cylindrical pins or screw-like connectors - Sized to fit linkage holes Design Rules: - Optimized for 3D printing (FDM) - No supports where possible - Add tolerances (0.2–0.4 mm clearance for joints) - Smooth edges and realistic proportions - Total size حوالي 10–15 cm Output Requirements: - All parts separated and clearly spaced - Each part printable individually - Include assembled preview AND exploded layout Style: - Clean mechanical CAD - Functional, realistic, not artistic
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