If you have a cold room, you may be wondering whether you need a refrigerated centrifuge. After all, the cold room is already cold, so why do you need to spend the extra money on a refrigerated centrifuge?
There are a few reasons why you may need a refrigerated centrifuge, even if you have a cold room.
The temperature in a cold room can fluctuate, even if it is equipped with a temperature controller.
This can be a problem for certain applications, such as cell culture or DNA extraction. A refrigerated centrifuge provides more stable temperature control, which can help to ensure that your samples are processed correctly.
Some applications, such as protein separation, require the use of high centrifugal forces. These high forces can cause samples to heat up, which can damage the samples or the centrifuge. A refrigerated centrifuge can help to prevent this heating by cooling the samples.
Some samples, such as those that contain hazardous chemicals, can be dangerous to handle at room temperature. A refrigerated centrifuge can help to reduce the risk of exposure to these chemicals.
A refrigerated centrifuge can make it easier to process samples in a cold room. This is because you do not have to worry about moving samples between the cold room and a separate centrifuge.
If you are working with samples that require stable temperature control, increased performance, improved safety, or improved workflow, then you may need a refrigerated centrifuge. Even if you have a cold room, a refrigerated centrifuge can be a valuable addition to your laboratory.
Here are some specific examples of applications where a refrigerated centrifuge may be necessary:
Cell culture: Cell culture is a process of growing cells in a controlled environment. The temperature of the culture medium is important for cell growth and development. A refrigerated centrifuge can help to maintain the correct temperature of the culture medium.
DNA extraction: DNA extraction is a process of isolating DNA from cells or tissues. The DNA can then be used for a variety of purposes, such as genetic analysis or DNA fingerprinting. A refrigerated centrifuge can help to prevent the DNA from degrading at room temperature.
Protein separation: Protein separation is a process of separating proteins from a mixture. This can be done for a variety of purposes, such as purification or analysis. A refrigerated centrifuge can help to prevent the proteins from denaturing at room temperature.
HAZMAT handling: Some samples, such as those that contain hazardous chemicals, can be dangerous to handle at room temperature. A refrigerated centrifuge can help to reduce the risk of exposure to these chemicals.
If you are working with any of these types of samples, then you should consider investing in a refrigerated centrifuge. Maybe a tabletop refrigerated centrifuge is a good choice.