One of our hobbyist clients approached us after watching an online video on building a robotic arm. While the concept was clear, he faced challenges in procuring the required electronic components, including the microcontroller board, motors, and 3D-printed parts.

To address this, our team prepared a detailed procurement plan, sourced all the necessary components locally, completed the circuit design and connections, and assembled the robotic arm at our facility.

The most time-consuming and critical phase of the project was programming the motors and integrating them with a mobile application for real-time control. Through focused effort and testing, our team successfully implemented this integration.

As seen in the video, the robotic arm operates smoothly, with movements controlled in real time via a mobile app. This project has been developed primarily for educational and hobbyist use, while also demonstrating a foundation that can be scaled toward real-world industrial applications.

If you’re interested in this robot arm project, or in exploring drone development, robotics, or mechatronics projects, feel free to get in touch with us.