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Anonymous1772117621
02-27 14:53
Model Name
robotic gripper 3d model
Tags
machine
3d printing
realistic
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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Anonymous1772117621
Anonymous1772117621