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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
mechanical
realistic
robotic gripper
Prompt
Create a complete 3D CAD model set of a robotic gripper mechanism driven by a micro servo motor. Requirements: - Generate ALL components in a single project, but each part must be a separate object/file/component. - Ensure proper real-world scale and mechanical compatibility between parts. - All parts must be clean, manufacturable, and suitable for 3D printing or CNC. Components to generate: 1. Micro Servo Motor Mount: - Compatible with SG90/MG90 servo dimensions - Include screw holes and shaft alignment opening 2. Gear System: - One small driving gear (attached to servo shaft) - One larger driven gear - Proper gear teeth ratio and meshing alignment 3. Mechanical Linkages: - Multiple articulated arms (4–6 link bars) - Include pivot holes for screws - Maintain realistic joint spacing 4. Gripper Fingers: - Two symmetric jaws (left and right) - Curved gripping tips - Mechanical linkage connection points 5. Base Plate / Frame: - Structural plate holding all components together - Mounting holes for servo and linkages 6. Fasteners: - Screws (M2/M3) - Nuts - Spacers if needed 7. Assembly Constraints: - Ensure full motion simulation: open/close gripper - Define pivot joints and rotational limits Design Constraints: - Compact robotic gripper (~10–15 cm total length) - Lightweight but strong - Suitable for small robotics projects Output: - Separate files/components for each part - One assembled version showing full mechanism - Include exploded view of all parts Style: - Clean mechanical engineering CAD style - Neutral colors (metallic + plastic)
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