Exhibitors & Products

Below are the most important points:

  • Fast Roboitcs focuses on the development of robots that can exhibit extremely fast movements and reactions.
  • The aim is to create robots that can perform tasks with high speed and precision, similar to humans.
  • Key drivers are advances in motors, sensor technology and in the field of AI. Particularly important are:
  • Lightweight materials for less inertia.
  • High-frequency sensors for precise feedback.
  • Optimized algorithms, for example in motion planning and control.
  • Energy efficiency plays a crucial role in ensuring high performance.
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    There are many possible applications, for example in industrial automation, where fast robot arms are used for assembling or sorting objects. Medicine offers a further field of application in surgery. Fast robotics is also in demand for rescue operations in order to react quickly to dynamic and dangerous environments.

    Of course, there are also challenges, for example in terms of mechanical stress. Fast movements lead to high wear on materials and components. Or in terms of software complexity: synchronizing sensor technology and movement in real time is extremely demanding. Safety aspects must also be taken into account, as handling fast robots in human environments requires strict safety precautions. The costs are high, as the development and maintenance of such systems are still very expensive.

    The field will continue to grow through advances in AI, machine learning and edge computing, with Mladen emphasizing the importance of interdisciplinary research to shoot for new applications. In the long term, fast robots could play a key role when it comes to autonomous vehicles, space missions or intelligent production systems.