Sustainable Industry Repair using RoboDK
The purpose of the project was to improve laser welding procedures and determine if sustainable gear repair was possible using robot toolpath programming, digital twin, simulation, and post-processing.
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The purpose of the project was to improve laser welding procedures and determine if sustainable gear repair was possible using robot toolpath programming, digital twin, simulation, and post-processing.
Industrial robots are increasingly used for high-accuracy manufacturing tasks, such as assembly, soldering, and machining. However, new users are sometimes disappointed by the apparent low accuracy of their robots. They invest in expensive robot calibration systems to try to improve the accuracy.
Robot software company RoboDK has partnered with DIY-Robotics and ATI Industrial Automation to release a combined application bundle for robotic deburring. The companies say they chose deburring as the task is dull for humans to perform and benefits from the increased consistency that robots provide. Their new plug-and-play robotic deburring cell provides a self-contained system for this task, and is deployable within days. The solution is based around DIY-Robotics’ pre-engineered robotic cell, to which ATI Industrial Automation provides its compliant deburring tool. This tool accounts for...