ANTBEE Robot Kit Aluminium Alloy 4 DOF Robot Arm with Claw Gripper Manipulator Servo Holder Mechanical Claw DIY Robot Not Assembled Robot Arm

Description:
The ANTBEE Robot Kit is a high-quality, DIY robot arm designed with an aluminium alloy structure for durability and stability. With 4 Degrees of Freedom (DOF), this robot arm is equipped with a claw gripper manipulator for precise movement and object handling. The kit includes a servo holder and mechanical claw, enabling a wide range of robotic applications. Perfect for enthusiasts and hobbyists, the arm offers a hands-on experience for learning robotics and automation. It requires assembly, allowing for customization and understanding of the arm’s mechanics.

Specifications:

Key Features:

• 4 DOF Design: Provides movement in four directions, offering flexibility and a wide range of motion for various robotic tasks.
• Aluminium Alloy Frame: Durable and lightweight material ensures long-lasting performance while keeping the robot arm sturdy and stable during operation.
• Mechanical Claw Gripper: The included claw gripper allows for the manipulation of small objects, making it ideal for tasks like picking, placing, or sorting items.
• Servo Holder and Support: The kit includes a servo holder for mounting the servos, providing precise control over the robot's movements.
• Customizable Assembly: The robot arm comes in a DIY kit form, allowing for hands-on assembly. This provides an opportunity to learn about robotics, mechanics, and servo control.
• Versatile Applications: Perfect for a variety of educational, DIY, and robotic projects. Can be integrated with various sensors, motors, and controllers for advanced robotics experimentation.
• Educational Value: Ideal for STEM (Science, Technology, Engineering, and Mathematics) learning, as it offers practical insight into robotic arm construction, servo control, and automation.

Applications:

• Educational Robotics: A great tool for learning about robotics, control systems, and automation in classrooms, workshops, or at home.
• DIY Projects: Use for personal projects, robotic hobby setups, or creating automated tasks.
• Prototyping: Can be used in prototyping tasks for robotics projects that require an arm to interact with objects, whether for assembly, testing, or research purposes.
• Automation Experiments: Experiment with automation, object manipulation, and robotic arm control for engineering and robotics design.
• Robotic Competitions: Suitable for entry-level robotics competitions where a versatile robotic arm is required.

Usage Tips:

• Careful Assembly: Ensure all parts are securely fastened during assembly to prevent loose parts or malfunctioning.
• Servo Calibration: Properly calibrate the servo motors to achieve accurate movement and avoid stress on the mechanical parts.
• Lubrication: Apply a small amount of lubricant to moving parts to ensure smooth motion and reduce friction.
• Testing Movements: Before using the robot arm for complex tasks, test its movement and control to ensure all DOF and the gripper function correctly.
• Power Supply: Ensure the power supply matches the servo and motor requirements for optimal performance and safety during operation.