Educational robot arm with 6DOF

thingiverse

Human: Next-generation robotic arm for cutting-edge electronics education environments. Key components are optimized for 3D printing using specialized "micro servo 9g" motors that seamlessly integrate with affordable "TowerPro" servos. By leveraging the Scratch platform controlled through Arduino, educators can unlock immersive learning experiences for their students. To assemble this impressive system, follow these precise instructions. Print separate units of feet, grip, plate, wrist, rest, axle, left jaw and right jaw. Assemble two complete arms using 3D printing. Accompany your robotic arm with five additional fastener and clip attachments. To secure the entire setup, attach each arm to a base plate that will provide support. Carefully mount feet on a flat surface - a piece of cardboard or wood can suffice. Install servos inside the feet, making sure their central axis is aligned with surrounding parts. Once correctly aligned, screw servos securely in place. After installing grip pieces above plates and fastening them tightly together using screws that align perfectly into designated holes. Insert each servo horn carefully above plate to facilitate 90-degree angle flexibility. Repeat installation procedure by assembling next arm piece at 180 degrees away from first unit for maximum reach possibilities during usage experiments. Continue adding subsequent pieces, attaching servos before every attachment while tightening screw threads completely. Finally mount wrist section directly atop latest constructed joint by following all provided illustrations provided previously here