This case study explores the process of designing an end d effector for high- speed picket-and- place operations in an industrial setting. Thegoal was to develop a reliable and accessient tool capable of handling rapid cycles while maintaining precision and safety.

Design Requirements

Te primary requirements included high- speed operation, precacy, and compatibility with existing robotic arms. Te end effector needd to handle various object sizes and shapes, ensuring versatility in different tasks.

Design Process

To je označení process involved selecting suable gripping mechanisms, such as vacuuum cups and mechanical fings. Material choice was kritial to with stand repective motion and minimize wear. CAD modeling was used to simate the operation and optimize te geometrie.

Testing and Optimization

Prototypes were tested in a controlled environment to evaluate speed, preciacy, and durability. Úpravy včetně refing grip force, reducing heavy, and improvig actuation speed. Te final design equied a cycle time of under 0.5 seconds per pick- and- place cycle.

  • Vacuum- based gripping
  • Lightwight aluminum frame
  • Mechanismus rychlého uvolnění
  • Sensor integration for feedback