Are you trying to set a laboratory? What is the first device that you need to get for streamlining the operations? The high speed cooling centrifuge is one of those devices that help in separating the samples. Today, it is among those indispensable tools that revolutionises the method of separating, processing, and analysing biological samples. The device is capable of generating high-speed centrifuge that offers scientists and researchers to isolate various biological components, be it cells, proteins, sub cellular particles and cells.
What is high speed cooling centrifuge used for?
High-speed cooling centrifuge are used in laboratories for the following purposes:
- Processing samples quickly and efficiently
When a high-speed centrifuge device goes into action, samples processing takes place faster than usual. Due to high rotational speed of the device, it is easier to separate biological components quickly and also results in rapid sedimentation.
- Nucleic acid isolation and protein purification
With high speed cooling centrifuges, genomics and molecular biology research get an impetus as it plays a vital role in purifying proteins and isolation of nucleic acid. The separation of proteins and nucleic acids from complex mixtures leads to high-quality samples for sequencing, proteomics, and PCR.
- Clinical diagnostics
The device is used in clinical laboratories to aid diagnostic processes like separation of red blood cells, plasma, and white blood cells to detect and analyse cells, enzymes, and hormones.
- Studying cells and tissues
Cell and tissue research enters a new realm with a high speed cooling centrifuge. It is widely used to separate organelles, various types of cells, and sub-cellular components, facilitating how cells respond to various stimuli, characterising cellular processes, and differentiation.
- Ecological and environmental research
High speed centrifuge devices are also used for ecological and environmental research. They help in separating and analysing environmental samples like soil and water; this in turn helps in identifying and quantifying pollutants, microorganisms, and various other components.
- Sample separation based on density
The device enables separation of various components based on their density and aids in in-depth studies about the biochemical properties, interactions, and functions of organelles, cell structures, and sub-cellular particles.
Clearly, high speed cooling centrifuge is a path-breaking device that boosts the speed, precision, and efficiency of different separation tasks.
How to choose a high speed centrifuge device?
Shopping for a high speed cooling centrifuge becomes tricky and it calls for substantial investment for those trying to set up laboratories. No wonder the device you are planning to buy must suit your specifications and meet your future needs. So, here are the primary factors to address when picking a centrifuge for your laboratory:
- Availability of rotors
There are different models of centrifuge devices available and each ones comes fitted with different accessories and rotors. The rotor option you choose must align with the kind of vessel the device has; you can pick from swing-out or fixed-angle rotors, although some devices have both options. Note the maximum RCF when buying the device but ensure that the rotor can handle the required RCF.
- Check the safety features
Handling a centrifuge device comes with a flurry of potential risks. So, don’t forget to check the safety features carefully. The device should have the following safety features:
- Sealed rotors
- Electronic lid lock
- Rotor recognition technology
- Imbalance sensor
- RCF and RPM
You need a high speed cooling centrifuge, so check the maximum RCF and RPM carefully but give more priority to RCF. Typically, RCF is that force that is exerted on the components of the rotor. It depends on the radius of the motor and RPM.
- Range of temperatures
You will come across centrifuge devices that function well at room temperature, and hence have no options of heating or cooling. Besides, you have cooling centrifuge devices where temperature runs very low between -10 degrees Celsius to -20 degree Celsius. However, not every rotor can accomplish very low temperatures when using a refrigerated centrifuge. So, check the annual of the device and ask the manufacturer about the lowest temperature the models can reach.
- Logistics and other factors
When selecting the centrifuge device, be sure to choose the exact position where you need to place it as they produce vibration during operations, and need to be placed away from other devices. Moreover, some units also produce excessive noise, so don’t forget to check the noise level in decibels when the unit runs in maximum speed. Compare the noise levels of various units before you buy.
So, buying a high speed cooling centrifuge is a big decision. Therefore, you must be aware of the financial commitment that goes into it. For high-quality devices with customisations and proper accessories, check here https://www.igenels.com/ and find out high-quality laboratory equipment can make a difference in research.
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