It is suitable for the liquid’s separation in biochemistry, laboratory, biopharma, bioproducts, and other fields.
| Model | NovaFuge B127-6K(LED) |
| Max. RPM/RCF for angle rotor | 6000rpm / 5076*g |
| Max. RPM/RCF for swing rotor | 4000rpm / 3617*g |
| Max. Capacity for angle rotor | 12*15ml, 24*10ml |
| Max. Capacity for swing rotor | 4*500ml, 96*5ml |
| Speed increment | 50rpm |
| Speed accuracy | ±20rpm |
| Timer range | 1min~99min |
| Acc / Dec rates | - |
| Program memory | - |
| Short spin function | - |
| Power supply | AC220V / 50~60Hz |
| Power requirement | 750W |
| Noise | <55db |
| Display | LED |
| Machine body | Metal frame |
| Net weight (without rotor) | 54kg |
| Machine dimension(L*W*H) | 490*610*400mm |




Centrifugation is a fundamental technique enabled by the centrifuge. This equipment spins samples to generate a powerful simulated gravity, precipitating denser matter and clarifying supernatants. Designs cater to diverse scales: benchtop centrifuges fit limited spaces and handle routine separations, while floor-standing counterparts manage greater volumes and forces for advanced research. Operational versatility comes from interchangeable rotors, either fixed-angle or swing-out. When procuring a centrifuge, scientists must define their sample characteristics, requisite force, need for refrigeration, and demand for throughput, ensuring the chosen device aligns with both immediate and long-term laboratory objectives.