Robotic Arm

This 3D model represents a multi-axis industrial robotic arm designed and modeled in SolidWorks. The assembly consists of a rigid base platform supporting a rotational joint, enabling full 360-degree horizontal motion. The arm structure is segmented into multiple articulated links connected through servo-driven rotational joints, allowing controlled vertical and angular movement. Each major joint is powered using mounted servo motors, accurately positioned to simulate realistic kinematic motion. The forearm section extends from the main arm and connects to a precision mechanical gripper. The gripper mechanism features interlocking gears ensuring synchronized finger movement for stable gripping and controlled handling of components. The model demonstrates structural robustness, mechanical feasibility, and functional motion design typically found in robotic automation systems used in manufacturing, pick-and-place operations, and educational robotics projects. The assembly highlights proper constraint application, realistic geometry, and component interaction within the SolidWorks environment.