Laboratories are full of different types of equipment and materials which are used for sampling and bringing out accurate results. Scientists put their efforts in order to get the processes done by using laboratory equipment. Speaking of equipment, you might have heard about centrifuge tubes. Today, we will be talking about centrifuge tubes and what they are used for in the laboratory. Keep reading this blog!
What Is A Centrifuge Tube?
Centrifuge tubes are vessels that are filled with a substance that has to be analyzed. They are developed for fitting into a centrifuge, which is a piece of laboratory equipment that rotates samples at a higher speed in order to cause separation of the materials within the sample.
Most of the laboratory processes need the help of a centrifuge. These tubes are designed and created to fit perfectly and to keep the centrifuge balanced. All of these tubes will keep the centrifuge stay in one place during the rotation process.
Uses Of Centrifuge Tubes
A variety of laboratory methods need centrifuge and centrifuge tubes. Many environmental labs use them at a higher frequency because of the nature of the samples. The samples which are obtained aren’t clean drinking water, but they have a variety of materials inside them.
Read about the uses of centrifuge tubes below:
Soil Samples:
There are many extraction methods for soil analysis, and it requires the soil to be mixed with water or a solvent. Combining the soil with water will release the target analytes from the soil into the water that can be analyzed on an instrument.
Most of the time, it is mixed with the soil and water so that it can be effectively analyzed. If we put the sample in a centrifuge tube and then spin it, and then pull all the soil material to the bottom of the tube. And then, the water has to be removed from the tube for analysis.
Process Samples:
Customers in industries that are working in the chemical or pharmaceutical industries have processes that are combined with water and other materials. Oil, fuel, and other contaminants might be in the sample which has been sent in for analysis. In order to analyze the water, the analyst has to centrifuge the sample.
It will cause a distinct separation between water and other contaminants. Then the analyst has to harvest the water with a pipette or syringe while leaving the other materials behind. Speaking of pipets, you can get the best Rainin Pipette Tips for your laboratory from MBP Inc.
Medical Labs:
Centrifuge tubes are important for separating components in medical labs. For blood sampling, they are used for separating the organelles from the cell and the sedimentation of cells and viruses. Centrifuging is a main component of DNA and RNA extraction from a cell.
Preserving The Instrumentation:
Utilizing a centrifuge for the separation of different layers of materials will increase the longevity of your laboratory equipment. Gas chromatographs, mass spectrometers, and high-pressure liquid chromatography, to name a few. These are the instruments that can be supported by centrifuging samples.
These instruments inject a smaller amount of sample using a column, which separates target analytes. Then it is identified by the instrument software.
If you add more contaminating material that is injected into the instrument, you might be unable to identify any of the analytes in the sample. Contaminants overshadow the analytes which you are looking for, and you can’t see them. Sometimes, the size of the particle of the contaminant is too large to pass through the column, and it can cause blockages and pressure surges.
Final Thoughts
Centrifuge tubes are a need in every laboratory. It can be a medical, biotech, pharma, environmental, or any other lab. You need this piece of equipment in your laboratory in order to get your tasks done and get accurate results.
Laboratories need different types of equipment, and you can get high-quality material equipment from MBP Inc.
