It is widely used in various fields such as agriculture, medicine, food hygiene, biopharmaceuticals, biotechnology, cell biology, and biochemistry; Suitable for the separation and purification of microbial cells, cellular proteins, enzymes, and immunoprecipitates.

1.     Power coated housing. Universal castors.

2.     Reliable drive system. Converter motor maintenance free.

3.     Motorized lid locks prevent cover opening during centrifugation.

4.     Pneumatic spring supports prevent falling of lid.

5.     Manually lid open in case of failure or emergency.

6.     Pre-cooling during standstill. CFC free refrigeration system.

7.     Microprocessor controls all functions: speed, time, temperature, acceleration/deceleration, RCF, program memory, error display.

8.     The self-diagnostic system provides protection for imbalance, over-temperature / speed/voltage, and electronic lock.

9.     Optional:

*Automatic lid opening at the end of run.

* Optional: Short spin.

* Optional: Rotor identification.

A centrifuge performs a critical role: rapidly dividing complex mixtures into their constituent parts. It achieves this by rotating sample tubes, forcing contents to separate radially with denser elements migrating farthest from the center. The two main physical designs are the space-conscious benchtop centrifuge and the more powerful floor-standing centrifuge, each serving distinct throughput needs. These devices often feature interchangeable rotors (fixed-angle or swing-out) for flexibility. Prior to purchase, users should define their typical sample volumes, required rotational speeds, need for cooling, and prioritize models with advanced protective mechanisms.