Floor Model Rotors
Eppendorf Rotor R3S for Centrifuge CR22N
Swing bucket rotor for serum isolation or harvesting of bacteria or cells, for mid volumes with up to 4 x 500 mL tubes.
Eppendorf Rotor R19A2 for Centrifuge CR30NX
Fixed-angle rotor compatible with the CR30NX centrifuge.
Eppendorf Rotor R22A6 for Centrifuge CR30NX
Fixed-angle rotor compatible with the CR30NX centrifuge.
Eppendorf Rotor R12AY for Centrifuge CR22N
Special-seal, fixed-angle rotors feature covers that screw onto the rotor body to provide better sealing to reduce the likelihood of sample leakage outside the rotor.
Eppendorf Rotor R12A3 for Centrifuge CR22N
Fixed-angle rotor designed for similar large-volume biological harvesting and pelleting.
Eppendorf Rotor R25ST for Centrifuge CR30NX
Swing-bucket rotor compatible with the CR30NX centrifuge.
Eppendorf Rotor R21A2 for Centrifuge CR22N
Fixed-angle rotor designed for high-speed cell, bacteria, organelles, and virus pelleting in 30 mL tubes.
Eppendorf Rotor R21A2 for Centrifuge CR30NX
Fixed-angle rotor compatible with the CR30NX centrifuge.
Eppendorf Rotor R10S for Centrifuge CR22N
Swing-bucket rotor intended for tube-based sample processing with pelleting/larger-volume samples.
Eppendorf Rotor R22A4 for Centrifuge CR22N
Fixed-angle rotor designed for high-throughput pelleting of cells, bacteria, organelles and nucleic acids.
Eppendorf Rotor R8AY for Centrifuge CR22N
Special-seal, fixed-angle rotors feature covers that screw onto the rotor body to provide better sealing to reduce the likelihood of sample leakage outside the rotor.
Eppendorf Rotor R10A3 for Centrifuge CR30NX
Fixed-angle rotor compatible with the CR30NX centrifuge.
Eppendorf Rotor R14A3 for Centrifuge CR22N
Fixed-angle rotor for the CR22N/CR21N high-speed refrigerated centrifuges is designed to pellet or concentrate biological material.
Eppendorf Rotor R22A4 for Centrifuge CR30NX
Fixed-angle rotor compatible with the CR30NX centrifuge.
Eppendorf Rotor R10A5 for Centrifuge CR30NX
Fixed-angle rotor compatible with the CR30NX centrifuge.