Сatalog number: 54295

TH-641 Swinging Bucket Rotor Package

Process samples effectively with the Thermo Scientificâ„¢ TH-641 Swinging Bucket Rotor Package.
Сatalog number: 10502

TH-660 Swinging Bucket Rotor Package

Process samples effectively with the Thermo Scientificâ„¢ TH-660 Swinging Bucket Rotor Package.
Сatalog number: 75003034

TN-1065 Neo Angle Rotor

Optimized for CsCl Plasmid DNA separations, the Thermo Scientificâ„¢ TN-1065 Neo Angle Rotor provides a very steep angle, supporting up to ten 12mL ultracentrifuge tubes.
Сatalog number: 75003033

TN-890 Neo Angle Rotor

Optimized for CsCl Plasmid DNA separations, the Thermo Scientificâ„¢ TN-890 Neo Angle Rotor provides a very steep angle and performance up to 90,000rpm.
Сatalog number: 11672

TV-1665 Vertical Rotor

Spin samples at 65,000rpm using the exceptional  Thermo Scientific™ TV-1665 Vertical Rotor.
Сatalog number: 75005704

TX-100S Swinging Bucket Clinical Rotor

Achieve efficient processing of up to 8 x 5/7mL blood collection tubes with biocontainment certified by Public Health England, Porton Down, UK, using the Thermo Scientificâ„¢ TX-100S Swinging Bucket Clinical Rotor. This rotor, which includes sealed carriers, is dedicated to routine clinical processing with individual screw-on biocontainment caps.
Сatalog number: 75003687

TX-200 Swinging Bucket Rotor

Accommodate a wide range of processing volumes with the Thermo Scientificâ„¢ TX-200 4 x 180mL Swinging Bucket Rotor.
Сatalog number: 75003629

TX-400 4 x 400mL Swinging Bucket Rotor

Support a wide range of sample sizes and applications with the Thermo Scientificâ„¢ TX-400 4 x 400mL Swinging Bucket Rotor.
Сatalog number: 75003795

TX-750 4 × 750mL Swinging Bucket Rotor

Increase lab productivity with the Thermo Scientific™ TX-750 4 × 750mL Swinging Bucket Rotor, delivering maximum flexibility at 4700rpm.
Сatalog number: 75000008

TZ-32 Zonal Rotor

Thermo Scientificâ„¢ TZ-32 Zonal Rotor, delivering maximum flexibility at 32,000rpm and 102,000 xg, is designed with efficiency for large volume separations using density gradient.