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Centrifuge Rotors

Our extensive rotor portfolio supports labware from microplates and microtubes to 1 Liter bottles for your evolving research needs.

Designed for diverse processing applications:

Bioprocessing
Cellular biology
Diagnostic and clinical biology
Genomics and molecular biology
Protein research
Research and drug discovery
Virus and nanotechnology research

Fixed-Angle Rotors

Pathlength: Medium
Run time: Fast
Resolution: Excellent

Swinging-Bucket Rotors

Pathlength: Full
Run time: Slow
Resolution: Excellent

Near-Vertical Angle Rotors

Pathlength: Short
Run time: Fast
Resolution: Excellent

Vertical Angle Rotors

Pathlength: Shortest
Run time: Fastest
Resolution: Highest

Continuous Flow Rotors

Short pathlengths reduce overall pelleting time
Large volumes that can be continuously run
High centrifugal forces

Zonal Rotors

Higher volume
3 L at a time
Large-scale gradient separations

Airfuge Rotors

Pressurized air impinges on the rotor bottom, which lifts and turns the rotor
Pelleting of small particles in a short amount of time
For use in the Airfuge

Analytical Rotors

Allows light to pass through the spinning sample
Monitors a wide variety of small particles
For use in the Analytical Ultracentrifuge

Elutriation Rotors

Separate and/or concentrate monodisperse suspensions of single cells or particles (approximately 2 to 50 m in diameter) according to size

Rotor Calculator

Compute from RPM, RCF or k-Factor
Run time conversion using k-Factors

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