Beckman Coulter Ultracentrifuges Centrifuges

For Efficient Sample Processing and Separation
 
Product Overview
Ultracentrifuges are designed for advanced sample separation applications that require extremely high centrifugal forces and precise control. Used in biopharmaceutical research, virology, proteomics, genomics, and nanoparticle characterization, ultracentrifugation enables scientists to isolate, purify, and analyze particles that cannot be separated using conventional centrifuges.
 
Beckman Coulter Life Sciences ultracentrifuges combine high-speed performance, innovative rotor technologies, and intuitive operation to support demanding research and manufacturing workflows. Whether your application involves viral vector purification, extracellular vesicle isolation, or density gradient separations, our ultracentrifuge portfolio provides scalable solutions from benchtop systems to high-capacity floor models.
 
Product Features
Extreme Centrifugal Acceleration
Reaches rotational speeds exceeding 100,000 RPM and g-forces greater than 800,000 × g, enabling precise particle separation based on size, density, and molecular weight.
Specialized Nanoparticle & Biological Isolation
Engineered for high-yield viral vector purification, exosome and extracellular vesicle isolation, protein/nucleic acid purification, and lipoprotein fractionation.
Density Gradient Centrifugation Support
Supports rate-zonal and isopycnic density gradient separations required for complex biological sample analysis and purification.
Innovative Rotor Compatibility
Compatible with advanced fixed-angle, swinging-bucket, and vertical rotors to accommodate diverse tube geometries and sample volumes.
Scalable Laboratory Configurations
Available in both space-saving benchtop models and heavy-duty floor-standing systems to serve routine academic research as well as industrial biopharmaceutical process development.
Precise Environmental & Thermal Control
Advanced monitoring and drive systems maintain strict temperature integrity and smooth acceleration/deceleration profiles to protect delicate specimens.
 
For more details, please visit Beckman Coulter website.