Introduction

Microcentrifuge offers speed range of 200 to 15,000 rpm. Its brushless DC motor delivers quiet, efficient, and maintenance-free performance. Its autoclavable aluminum alloy rotors withstand 121°C, enabling repeated high-pressure sterilization. Its over-speed and temperature detection system enhances operational safety and prevents damage during high-speed runs. Microcentrifuge is ideal for DNA extraction, PCR preparation, protein isolation, and cell pelleting.

Features imbalance detection system and automatic lid lock for operator safety. Complies with IEC 61010-2-020 standard specifically for centrifuges, ensuring safe and stable operation.

Applications

Microcentrifuge is ideal for rapid nucleic acid purification, protein precipitation, PCR sample preparation, and cell pelleting in molecular biology, clinical diagnostics, microbiology, and biochemical research labs.

Rotor Selection

Model No.

Accessory Name

Capacity

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Rotors and Adaptors 

2.0/1.5 mL × 24, 0.2 mL × 24, 0.5 mL × 24 

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Rotors and Adaptors (round bottom) 

5 mL × 18

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Rotors and Adaptors (cone bottom) 

5 mL × 12

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Rotors and Adaptors

0.5 mL × 36, 0.2 mL × 36 

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Rotors and Adaptors 

0.2 mL PCR strips × 4 (8-tube)

Specifications

Speed Range 200 to 15,000 rpm
Maximum RCF 21,380 ×g
Speed Accuracy ±20 rpm
Rotor Capacity 1.5/2.0 ml × 24, 0.2/0.5 ml × 36, PCR-8 strips × 4, 5 ml × 12 / 5 ml × 18
Acceleration/Braking Time 25s
Timer 30 sec to 99 min / Continuous
Noise Level Less than or equal to 64 dB
Maximum Sample Density 1.2 g/ml
Power Consumption 200 W
Power Supply 100 to 120V / 200 to 400V
Dimensions 280 × 364 × 266 mm
Weight 12 kg

Features

High-speed spinning 

Double Cooling Air Design 

3-Layer Sealed Rotors 

Door interlock 

Automatic self-diagnostics 

Multiple Rotor Compatibility

FAQs

1. What is a Microcentrifuge?

A Microcentrifuge is an apparatus designed to spin small liquid samples at high speeds for separation.

2. How does a Microcentrifuge work?

It works by spinning samples rapidly to separate components based on their density using centrifugal force.

3. Can Microcentrifuge be used for DNA extraction?

It is essential in DNA extraction for pelleting DNA during purification steps.

4. Is Microcentrifuge suitable for protein isolation?

It is used to spin down protein pellets or separate proteins from cellular debris after lysis.

5. Is Microcentrifuge used in gel extraction protocols?

It is used to separate gel fragments from solutions and to recover DNA or RNA during purification.

6. Is Microcentrifuge used in Immunoprecipitation protocols?

It is used to pellet antibody-bound beads or proteins after incubation and wash steps.

7. Can Microcentrifuge be used during liposome or nanoparticle preparation?

It is used to pellet or purify liposomes, nanoparticles, or microspheres in small-volume synthesis.

8. Can Microcentrifuge be used in environmental sample analysis?

It is used in concentrating microbial biomass or particulates from small-volume soil or water extracts.

9. Can Microcentrifuge be used in forensic DNA analysis?

It is used to spin down trace samples during extraction, purification and quantification steps.

10. Is Microcentrifuge used in food safety labs?

It is used to prepare bacterial DNA, pellet contaminants, or concentrate pathogens from food samples.

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