Ultracentrifugation revolving around the user
More than 1,000,000 × g ood reasons for Beckman ultracentrifuges
All the ultracentrifugation expertise you need
Ultracentrifuges are impressive: they accelerate rotors to up to 150,000 revolutions per minute, create a gravitational field of more than 1,000,000 x g and deliver unmatched results in separating biomolecules. Do you want to isolate viruses, purify DNA or separate proteins without compromising on purity, sample quality, or yield? Then ultracentrifugation is your method of choice.
Learn how to use state-of-the-art technology to make your centrifugation workflow simple, intuitive and safe. And, at the same time, look to the future: from ultracentrifuges and compatible rotors and tubes to software and maintenance, Beckman Coulter will continue to provide you with all you need from a single source.
Benefits of Beckman Coulter’s next-gen preparative ultracentrifuges:
- Predictable: software simulation and trial optimization beforehand
- Remote operation: control and system messages via a smartphone app*
- Convenient: operability via a 15-inch touch screen
- Quiet: noise-reduced “Quiet Drive Technology”
- Retraceable: complete run and rotor history
- Safe: “Biosafe” concept covering all components
- Fast: speeds of up to 150,000 RPM
- Flexible: sample volumes from 0.2 to 1,500 ml
NEW: Reduce run time by >75% with the OptiMATE Gradient Maker
Transform density gradient ultracentrifugation with the world’s first automated gradient preparation system.
75%+ faster results – Cut centrifuge run times dramatically with pre-formed gradients
Error-free consistency – Automated dispensing eliminates manual variability
Instant expertise – Train new operators in hours, not weeks
From AAV purification to protein separation, OptiMATE delivers precision automation that fits your workflow and lab space.
Well equipped for all ultracentrifugation applications
Ultracentrifuges yield optimal results for these applications:
- Purification of proteins, oligomers, and protein complexes
- Isolation of lipoproteins
- Separation and purification of viruses and viral particles
- Separation of subcellular fractions
- Separation of macromolecules by density gradient centrifugation
- Purification of nucleic acids (DNA, RNA)
- Purification of extracellular vesicles (e.g. exosomes)
- Separation of nanoparticles
