Thermo Scientific Fiberlite F14-14x50cy Fixed-Angle Rotor for LYNX 4000/6000 Superspeed Centrifuges

The Thermo Scientific Fiberlite F14-14x50cy Fixed-Angle Rotor is engineered for high-speed centrifugation compatible with the LYNX 4000 and 6000 Superspeed centrifuge series. Designed for advanced biotechnological and molecular diagnostics workflows, this rotor supports a maximum speed of 14,000 rpm and a maximum relative centrifugal force (RCF) of 33,746 × g.

• Rotor Type: Fixed-angle rotor at 34° angle
• Capacity: Accommodates 14 conical centrifuge tubes of 50 mL volume (tube dimensions: 29 mm diameter × 115 mm length)
• Construction: Lightweight Fiberlite composite material reduces mechanical stress and shortens run times
• Radius: Operating radius from 83 mm (minimum) to 154 mm (maximum)
• Performance Metrics:
• Maximum Speed: 14,000 rpm
• Max RCF: 33,746 × g
• Min RCF: 18,188 × g
• K Factor: 798 (indicative of sedimentation efficiency)
• Compatibility: Fully compatible with Sorvall LYNX 4000 and LYNX 6000 Superspeed centrifuge models, widely adopted in biopharmaceutical production pipelines and molecular biology research requiring high-speed pelleting of cells, cellular debris, and clarification of biological samples
• Applications: Essential for molecular cloning workflows, cell fractionation, density-based separation of biological specimens in synthetic biology and biotechnology labs
• Quality Assurance: Each rotor undergoes comprehensive functional and performance testing including balance under load, secure tube cavity alignment, and integrity inspection to ensure reliable, safe operation under high g-force conditions
• Additional Details: Supplied without consumable centrifuge tubes; remote instrument setup and training available; includes 1-year warranty and after-sales technical support

This rotor serves as a critical component in superspeed centrifugation applications in clinical diagnostics, bioprocessing, and biomedical engineering, offering consistent and reproducible sedimentation necessary for advanced research and industrial protocols.