Interlocking valves, a gasket, and lock status indication create a sealed blood pathway that prevents leaks and air bubble entry.
Customizable processing phases and parameters let apheresis systems adapt to new cell workflows while preserving automation, validation, and safety.
Authorization-based parameter limits keep cell washing procedures reproducible while allowing controlled administrator changes across systems.
Authorization-based parameter limits prevent unauthorized process changes in cell processing while preserving reproducibility and procedure portability.
Role-based protocol control in cell washing limits unauthorized parameter changes while preserving reproducible red blood cell separation.
Converting photodetector signals to digital inside the sensor clip cuts cable noise and heat, improving blood monitoring accuracy.
An elastic valve insert enables bidirectional flow during sterilization while reducing mechanical stress in medical and laboratory cassettes.
A sealed-chamber buoy and centrifuge-activated valve separate blood fractions in one spin, reducing handling, degradation, and processing time.
Localized traction tabs in a one-piece umbilicus bearing stop relative rotation during centrifugation, preserving sterility and component life.