Description

The Sorvall ST 8 centrifuge provides exceptional capacity in a compact design with a smart, simple interface and the flexibility to support research, clinical and cell culture packages. Now available in both ventilated and refrigerated models.

The Sorvall ST 8 centrifuge fits in:

• To optimize bench space with maximized capacity
• To clinical applications, including clinical chemistry, clinical microbiology, hematology, immunology, clinical studies
  • Runs up to 24 x 5/7mL blood tubes at a time in swinging bucket configuration
  • Expanded programming options including password protection
  • Auto-Lock rotor exchange simplifies cleaning
  • Conforms to the latest clinical and safety standards
• To research applications, including cellular biology, microbiology, genomics / molecular biology, proteomics, biochemistry, pharmaceutical studies
  • 8 x 50mL swinging bucket rotor capacity, 4 microplates, or 30 filtration columns for research needs
  • Auto-Lock rotor exchange for application flexibility—go from 50mL tube to a microplate to microtubes effortlessly

Features that stand out:

• Secure, push-button Auto-Lock rotor exchange in less than 3 seconds delivers trouble-free rotor installation and removal and clear chamber access for cleaning convenience
• Biocontainment sealing options, including certified† ClickSeal™ lids for glove-friendly, one-handed operation
• Manufactured with quality materials providing broad chemical resistance with exceptional strength for durability and reliability

This centrifuge also features:

• Quiet performance (<61 dBA) provides a safe, stress-free environment
• One-touch operation with pre-saved protocols and password protection available
• Highly visible backlit display for easy reading of parameters across the lab
• Glove- and detergent-friendly
• Multilingual instructions—English, Dutch, French, German, Italian, Russian and Spanish—on programming, run conditions, alerts and service messages
• Conforms to the latest clinical and safety standards, such as UL, CE and IVD‡