It is used to make erythrocyte-serum tests, identify antigens and antibodies, and give other relative tests in immune hematology examination and research laboratories
Specifications
|
Model |
NovaFuge CS142-12K |
|
Rotor type |
Swing rotor |
|
Max. RPM |
2200rpm |
|
Max. RCF |
937×g |
|
Max. Capacity |
12 samples |
|
Speed Increment |
10rpm |
|
Speed Accuracy |
±20rpm |
|
Timer Range |
1min~99min |
|
Acceleration / Deceleration rates |
- |
|
Power Supply |
AC220V / 50~60Hz |
|
Power Requirement |
200W |
|
Noise |
<55db |
|
Display |
LED |
|
Machine Body |
Plastic and metal frame |
|
Net Weight (without rotor) |
22kg |
|
Machine Dimension(L×W×H) |
540×440×300mm |
The efficacy of a centrifuge lies in its ability to apply controlled, high-magnitude centrifugal force. By spinning a rotor laden with samples, it imposes acceleration that causes denser substances to migrate radially outward, resulting in distinct layers or a solid pellet. Laboratories typically choose between benchtop models for their adaptability in space-constrained environments and floor-standing units for their superior performance in high-throughput settings. Operationally, the choice between a fixed-angle and a swing-bucket rotor significantly impacts results. Therefore, selection must be a calculated decision based on sample characteristics, desired throughput, and essential safety features like imbalance detection.