Six-axis Robotic Arm (Based on a Raspberry Pi)

Unlock the potential of robotics with this Raspberry Pi Six-axis Robotic Arm, a small yet powerful device grounded in cutting-edge technology. Featuring a Raspberry Pi microprocessor and a built-in Ubuntu system, this arm operates independently without a PC, ensuring seamless deployment across various applications like scientific research, teaching, and smart homes. With a working range of 280mm, it sets the stage for advanced algorithm development and ROS simulation.

Enhanced with native Raspberry Pi hardware interfaces such as 4 USB ports, 2 HDMI connections, and standard GPIOs, this robotic arm offers versatility and flexibility. Its suite of tens of end effectors, terminal LEGO pins, and various sensors enable functionalities like color visual tracking, QR code, and gesture recognition, and voice broadcast. It supports multiple programming languages including C++, C#, and Python, and integrates with intuitive graphic programming tools such as myBlockly and Mind+.

The compact all-in-one design of this robotic arm promotes portability and ease of use, making it simple to assemble, disassemble, and replace components. Its plug-and-play nature means you're always ready to innovate. Outfitted with an image recognition algorithm, it seamlessly pairs with different cameras and accessories like displays, grippers, and suction pumps, tailoring its capabilities to suit diverse application scenarios.

Built-in ROS language capabilities simplify the programming of six degrees of freedom (DOF) movements within the Ubuntu System. Six high-performance servo motors deliver rapid responses, low inertia, and smooth rotation. The inclusion of LEGO connectors at the base and end facilitates the development of various micro-embedded equipment, bringing an added layer of creativity and functionality.