Current researches are focusing on different integrated approaches based on robot signatures, robotic machining simulation, robot optic tracking and real-time correction of the end-effector pose, and high dynamic compensation on tools [7].
Such technologies are under investigation and their development and enabling application in Industry are ambitious goals for engineering researchers.
The present research work is focused on integrating advanced approaches and technologies to develop a novel engineering method for designing robotic machining workcells with enhanced performance.
No additional hardware or external devices are adopted, for a quick, cheap and effective technological transfer to Industry.
The method is based on robotic process simulation, tailored design of mechanical apparatus and software modules for robot control, robot code programming and commissioning, and workcell on-line alignment.