The Arduino was chosen because it provides ample I/O pins and processing power to handle the complex tasks required by the robotic arm, including controlling multiple stepper motors simultaneously.

Raspberry Pi will detect the color of the object using Image Processing. The colors used in this project are Red, Green and Yellow. Colors can be added by modifying the code. RPI is connected to an ...

3D Printing and Assembling the Robotic Arm. The most time consuming part in building this robotic Arm is while building its body. Initially I started by designing the body using Solidworks, but later ...

The “doodle clock” by Ekaggrat Singh Kalsi operates a robotic arm (using Arduino of course) along with a felt tip marker to draw the time on a dry-erase board.

The work focuses on developing a versatile robotic arm, combining digital design, hardware construction, and programming using Arduino Nano. The process begins with the comprehensive design and ...

In the current scenario machines and robots are playing an important role in the automation industry. This paper is presenting the process through which robotic arm is made with the help of Arduino ...

By harnessing the power of 3D printing, servo motors, and Arduino programming, you’ll create a robotic arm that responds to your commands through a sophisticated software interface, allowing for ...