➀ A high-precision machining robot with a new hybrid drive train has been developed in Lower Saxony, Germany, to bridge the gap between industrial robots and machine tools. The robot excels in machining lightweight materials and metals up to steel with a production tolerance of up to 0.1 millimeter.➁ The robot's hybrid drive concept enhances dynamic behavior and allows for increased productivity and higher path accuracy.➂ The project is part of the Lower Saxony LuFo research initiative, aiming to advance industrial robotics and precision machining techniques.

➀ The REAL-M project, set to launch on September 25th, aims to revolutionize manufacturing with a flexible production cell. It showcases the potential of multi-robot solutions for medium-sized enterprises. The key concept is teamwork, where robots will collaborate with humans and each other directly rather than through fixed transfer stations. ➁ The REAL-M facility, located in the Chemnitz research factory of Fraunhofer IWU, features a modern, multi-layered control architecture and a digital twin of the multi-robot cell for virtual commissioning. ➂ The REAL-M enables simulations with multiple interacting robots, allowing for realistic testing of production processes and reducing the time from order to production (Time-to-Manufacturing).