How do you choose a microcentrifuge?

Microcentrifuge is used to spin small (2 ml or less) liquid samples at high speeds (generally tens of thousands of times g-force).

It is important equipment for any laboratory, as it is used to rotate a variety of samples at high speed.

How to choose the right microcentrifuge for your lab?

There are several micro centrifuge models available in the market. They are definitely a long term investment. There are some questions to ask before buying:

What is the scope of application of your new micro-centrifuge?

If what G force and materials do you need to work? Is there a need for refrigeration in a centrifuge? How many people will use this centrifuge ? and what is the budget

Is the model enough?

Micro centrifuge operates at a relatively high power.Important safety features should be considered when purchasing a microcentrifuge.

Understand Your Application

First, clearly define your specific application:

DNA/RNA Work: Opt for models that accommodate spin columns and tubes commonly used in molecular biology.

Protein Work: Choose centrifuges capable of handling different protein extraction procedures and spin speeds.

Clinical Applications: Prioritize reliability, safety, and ease of sterilization.

Consider the Speed and G-Force

Microcentrifuges typically operate between 6,000 RPM and 21,000 RPM:

Low-speed models (6,000-10,000 RPM): Suitable for basic pelleting tasks.
Medium-speed models (10,000-15,000 RPM): Versatile for many routine lab procedures.
High-speed models (15,000-21,000 RPM): Ideal for applications requiring fast and efficient separation, such as nucleic acid precipitation.

Types of microcentrifuge

REFRIGERATED MICROCENTRIFUGES 24X1.5ML

Tiny high speed refrigerated centrifuges with Max capacity - 24x1.5/2.2ml.
Speed accuracy - -+10RPM.
Temp accuracy - -+1 Celcius.
Temp range - -10-35 Celcius degrees.
Timer range - 1-999 min 59S.
Noise - Less then 56dB (A).
Power - AC 220V 50Hz 15A.
Weight - 19 Kg.