Description
It’s Purpose:
The Beckman Coulter SW-28 Swinging Bucket Centrifuge Rotor is a specialized rotor used in centrifuges for the separation and purification of biological samples. It is commonly employed in research laboratories, clinical settings, and biotechnology industries.
Acme’s Summary:
Overall, the Beckman Coulter SW-28 Swinging Bucket Centrifuge Rotor is a versatile and reliable tool used for efficient separation and processing of biological samples in various scientific and clinical applications. Its large sample capacity, high-speed capability, and swinging bucket design make it a valuable asset in laboratories requiring efficient and precise centrifugation.
Top 3 Competitors
- Eppendorf Swing Bucket Rotor A-4-81
- Thermo Scientific Sorvall S-28 Swinging Bucket Rotor
- Hettich Universal Swing-Out Rotor
5 Best Things:
- Swinging Bucket Design: The rotor consists of multiple buckets attached to a central hub. The buckets swing outwards during centrifugation, allowing samples to sediment along the walls of the tubes. This design facilitates efficient separation of particles based on their density or size.
- Large Sample Capacity: The SW-28 rotor can accommodate up to 4 x 250 mL bottles or 8 x 50 mL tubes. This high sample capacity makes it suitable for processing a large volume of samples in a single run, saving time and improving productivity.
- Versatile Applications: The rotor is compatible with a wide range of sample types and applications. It is commonly used for pelleting, separation, and fractionation of biomolecules, such as proteins, nucleic acids, subcellular organelles, and cellular debris.
- High-Speed Capability: The SW-28 rotor is designed to handle high speeds, typically up to 28,000 revolutions per minute (RPM) or the equivalent relative centrifugal force (RCF). This enables efficient separation of samples with varying densities and sedimentation rates.
- Temperature Control: Some models of the SW-28 rotor may offer options for temperature control during centrifugation. This feature is beneficial for temperature-sensitive samples or experiments requiring specific temperature conditions.