The AUTOBOTIX 3D Duty Robot Gripper is a robust and precision-engineered robotic claw designed for robotics, automation, and DIY engineering projects. This gripper acts as the end-effector of a robotic arm, allowing robots to pick, hold, and release objects with accuracy and stability. It is widely used in robotics experiments, pick-and-place systems, educational STEM kits, and industrial prototype development.
Manufactured using high-quality 3D-printed components, the AUTOBOTIX gripper combines lightweight construction with strong mechanical performance. The carefully designed gripping jaws ensure reliable handling of different types of objects, from small electronic components to lightweight mechanical parts. The modular structure makes it easy to assemble, modify, and integrate with different robotic platforms.
The gripper typically works with servo motors such as SG90 or MG90S, allowing controlled opening and closing of the jaws through a simple PWM signal from microcontrollers like Arduino, ESP32, or Raspberry Pi. This makes it an excellent solution for robotics enthusiasts, students, and engineers who want to build intelligent robotic arms and automation systems. Many compact 3D-printed robotic grippers use hobby servo motors and lightweight plastic parts to provide efficient gripping for educational and small-scale robotic applications.
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