Highlights 2025 Life Sciences 42 – 43 Innovation and research Research and development for life science applications The goals in the different areas of life science are different, but innovation is crucial for companies across the entire industry sector. For example, automation and digitalization, the use of artificial intelligence (AI), robotics and microfluidics, as well as personalized medicine, will shape the laboratory of the future, as will innovative material technologies such as nanomaterials, smart materials, and superconductors. Contactless working with superconductor technology Superconductors enable objects and fluids to be moved and handled without any contact. This makes them ideal for sterile and safe working practices in laboratories and biotechnology. With SupraMotion levitating modules and products from our automation portfolio for laboratory applications, the highest standards of cleaning and cleanliness can be met. The magnetic forces between the superconductor and the carrier on which the containers are transported enable levitation heights of ten millimeters and more. This leaves plenty of space for partition walls that enclose sterile working environments. It is possible to move the carrier through walls and to check its weight using standard laboratory scales. This means that most of the technology remains outside the cleanroom. > www.festo.com/supra What are superconductors? When cooled below a certain temperature, superconductors can “freeze” the field of a permanent magnet at a specific distance, making either the magnet or themselves levitate. Superconductor-based magnetic levitation • Enables large levitating gaps of ten millimeters and more • Characterized by its low power consumption irrespective of the levitation height and payload • Remains operational up to two hours in case of power failure • Does not cause surfaces and levitating modules to heat up
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