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

Transform your ideas into reality with this powerful Raspberry Pi Six-axis Robotic Arm, designed to operate independently without the need for a PC. With its compact size, it efficiently accommodates a working range of 280mm, making it an exceptional tool for scientific research, teaching, smart home integration, or light industrial applications. Its robust construction ensures long-lasting performance and versatility.

Equipped with Raspberry Pi native hardware interfaces, including 4 USB ports, 2 HDMI outputs, and standard GPIOs, the arm can connect seamlessly to peripherals for optimized functionality. Enhance its capabilities with a selection of tens of end effectors, terminal LEGO pins, and a variety of sensors. From color visual tracking to QR code recognition, your projects will come to life with precision and ease.

This robotic arm supports diverse programming languages such as C++, C#, and Python, alongside graphic programming platforms like myBlockly and Mind+, making it suitable for various programming proficiencies. Whether you’re developing algorithms, running ROS simulations, or teaching complex programming concepts, this arm adapts to your needs effortlessly.

The design incorporates an image recognition algorithm compatible with different cameras, and it can independently coordinate with accessories like displays, grippers, and suction pumps. This adaptability extends the range of possible applications, ensuring that you're always equipped for your next challenge. The built-in ROS language further simplifies complex movements with agility and precision.

Featuring six high-performance servo motors, each with fast response and smooth rotation, the robotic arm handles precise tasks with ease. The included Lego connectors on its base and end promote creative expansions and interactions with micro-embedded equipment, effectively personalizing your setup. The flat base installation ensures stability on even surfaces, maximizing absorption efficiency for a stable operational environment.