A sophisticated robotic gripper claw designed for precision handling and manipulation tasks. This advanced end-effector features dual servo actuation with mechanical advantage for strong, controlled gripping.
Features:
- Dual-servo actuation system
- Mechanical advantage linkage
- Adjustable grip force
- Standard robot arm mounting
- Precision-machined components
- Robust construction
Specifications:
- Material: PLA plastic with metal hardware
- Print resolution: 0.2mm layer height
- Infill: 35% for mechanical strength
- Estimated print time: 15-20 hours
- Dimensions: 4 x 3 x 6 inches (assembled)
Technical Details:
- Servo mounting: Standard 9g micro servos
- Grip range: 0-3 inches
- Payload capacity: Up to 2 pounds
- Operating angle: 180 degrees
- Mounting thread: M6 standard
Applications:
- Pick and place operations
- Laboratory automation
- Educational robotics
- Prototyping and research
- Industrial automation testing
Assembly Requirements:
- 2x 9g micro servos (not included)
- Basic hardware kit included
- Assembly time: 30-45 minutes
- No special tools required
Perfect for robotics engineers, educators, or hobbyists building advanced robotic systems. This gripper demonstrates professional-grade mechanical design principles while remaining accessible for 3D printing.