It is suitable for the liquid’s separation in biochemistry, laboratory, biopharma, bioproducts, and other fields.
| Model | B136-4K |
| Max. RPM/RCF for angle rotor | 4000rpm / 3312*g |
| Max. RPM/RCF for swing rotor | 4000rpm / 2673*g |
| Max. Capacity for angle rotor | 6*50ml, 24*10ml |
| Max. Capacity for swing rotor | 4*50ml, 12*10ml |
| Speed Increment | 10rpm |
| Speed Accuracy | ±20rpm |
| Timer Range | 1min~99min |
| Acceleration / Deceleration rates | - |
| Power Supply | AC220V / 50~60Hz |
| Power Requirement | 200W |
| Motor | Variable frequency motor |
| Noise | <55db |
| Screen | LED |
| Machine Body | Metal frame |
| Net Weight (without rotor) | 21kg |
| Machine Dimension(L*W*H) | 350*440*260mm |



A centrifuge functions as a high-efficiency separator for laboratory fluids. By rotating containers at high speeds, it creates a centrifugal field where denser particles migrate away from the axis, enabling purification or isolation. Instruments are broadly divided into benchtop centrifuges, prized for convenience in standard labs, and floor-standing models, designed for heavy-duty, high-throughput applications. Common to both are rotor options (fixed-angle or swing-bucket) and critical operational controls. The selection process must prioritize application-specific parameters like g-force, run time, cooling requirements, and incorporate essential protective features to ensure reliable and safe operation.