Mini Robotic Arm for Precision Manufacturing

Growth Crate is seeking the design and development of a mini robotic arm tailored for precise manufacturing tasks. The goal is to create a cost-effective solution by utilizing small-scale 3D-printed parts, ensuring that the arm is both affordable and accessible for small manufacturers. The project aims to blend mechanical design with practical application, allowing learners to apply their knowledge of robotics, 3D printing, and manufacturing processes. The robotic arm should be optimized for precision, ensuring it can handle delicate tasks with accuracy. This project will provide learners with hands-on experience in integrating mechanical components and electronics, fostering skills in both design and practical implementation. The project is ideal for students in mechanical engineering or robotics programs, focusing on the intersection of design, manufacturing, and technology.