Centrifugation is a key step in the synthesis of many nano-and advanced materials especially for their purification prior to further processing. Centrifuges with a high relative centrifugal force are usually required to be able to separate nanomaterials from a synthesis solution and for washing them during purification steps. Generally, fixed-angle rotors are capable of delivering higher centrifugation speeds than swing out rotors, which is why we opted for a centrifuge with a fixed angle rotor that can reach up to >14000 x g. Other important features for the integration of a centrifuge into an SDL are its ability to move the rotor to a well-defined position for loading and unloading with a robot arm before and after each centrifugation run, and having a lid that can be opened and closed remotely through an API. While the latter two features are perhaps not strictly necessary and can in principle also be achieved with careful movements of a robot arm and integrating computer vision for finding the current rotor position, they make the system integration much easier.