Application area

It is suitable for blood component separation, nucleic acid extraction, cell component separation, etc., widely used in clinical testing, life science, bioengineering, biochemistry, medical research, agriculture and animal husbandry, biopharmaceutical and food and other fields.

Product features

1, steel body, large torque brushless AC frequency conversion motor drive: no toner pollution, low noise, small vibration, high speed control precision.

2. LCD screen interface display: rotation speed, running time, rotor number, etc.; equipped with RCF key, observe the centrifugal force at any time;

3. Built-in 10 kinds of up / down gear, which can be customized according to the experimental requirements, to ensure that the centrifugal effect is good.

4, Ingenious cooling air duct design technology, effectively control the temperature increase in the cavity in the centrifugal process.

5, The use of multi-stage damping damping design, special noise reduction technology: small noise, small vibration, good centrifugal effect.

6, With the door cover, misoperation and other diagnostic functions, the machine can directly display the fault information, easy to judge and repair, to ensure the safety of man-machine.

Technical parameter

1. Maximum rotation speed: 16,500r/min             

2. Maximum centrifugal force: 20,124 g                                                                       

3. Maximum capacity: 4×100 ml

4. Speed accuracy: ±20r/min

5. Timing range: 0-99min          

6. Complete machine noise: 58 dB (A)

7. Power supply: Ac220V 50Hz 10A/1000W              

8. Net weight: 32KG

9. Overall dimension: 470mm×345mm×300mm (L×W×H)

Beyond maximum rotational speed, the real value of a desktop high-speed centrifuge lies in its separation efficiency, operational stability, and long-term reliability in daily laboratory workflows. This article explores what truly defines performance and value in benchtop high-speed centrifuges used across research, clinical, and analytical laboratories.

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As laboratory demands continue to evolve, high-speed centrifuges are advancing toward higher speeds, larger capacities, and smarter control systems. This article outlines the development trends and future outlook of high-speed centrifuges, providing useful context for selecting advanced desktop models designed for long-term laboratory needs.

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Adapt to the rotor

For desktop high-speed centrifuges operating at 16,500 r/min or 21,000 r/min, accurate rotational speed is critical for ensuring reproducible separation results. This article introduces the core metrological methods used to verify and calibrate centrifuge rotational speed, helping laboratories maintain reliable and compliant operation.

Choosing the right desktop high-speed centrifuge involves more than speed alone. This comprehensive guide covers definitions, key advantages, selection criteria, and routine maintenance, helping laboratories select benchtop high-speed centrifuges that best fit their applications and workloads.