EN
Centrifuges work to separate immiscible liquids and are regularly used to separate various components. Main types of centrifuges There are two major types of centrifuges: those that are horizontal and those that are vertical. Despite both being designed to separate out material using similar principles, they spin in such different ways and spin one way or the other. The main differences between the two will be discussed in this post.
Horizontal vs. Vertical
So first let’s consider the horizontal centrifuge. This Flatbed top discharge centrifuge kind spins the samples side to side, hence its name "horizontal. "If you want to run a horizontal centrifuge, you put your sample in a thing called a rotor. The rotor is then put inside the centrifuge machine. When you turn on the centrifuge, the rotor rotates around that center point, generating a force (centrifugal force) that pushes the denser parts of the sample towards the outside walls of the tube. That’s because the heavier molecules scatter farther out from the center, while the lighter ones remain closer to the center. Isolation of different components of a sample is happening through this process.
Next up — the vertical centrifuge. A vertical centrifuge, however, spins the sample vertically. Just as before, you place your sample in a rotor and then insert the rotor into the centrifuge. The rotor rotates around vertical line when the centrifuge is started. This spinning generates a different force that aids in the separation of the substances in your sample, but it does so in a way that is not the same as a horizontal centrifuge.
Pros and Cons of Centrifuges
There are horizontal centrifuges and vertical centrifuges, each having their own pros and cons.
Horizontal centrifuges are ideal for processing large quantities of several samples simultaneously. They Automatic Vertical Scraper Discharge Centrifuge work great on large samples, such as blood or other liquids. Perhaps the best aspect of horizontal centrifuges is that they cost less to purchase, and thus cheaper to maintain. For this reason most factories and large operations will use them for their separation requirements.
On the other hand, vertical centrifuges are more suitable for heavier materials. FISH[40] is good for very rapid and efficient separation of small samples. The former is often found in the lab, which can be more effective in separating small volumes of high-density material.
Choosing the Right Centrifuge
The right centrifuge for your work depends on a number of critical considerations. First, think about how big the samples will be. If you're working with high-throughput samples, definitely go for the horizontal centrifuge. It Laboratory centrifuge can handle more samples at once, and is easier to maintain generally. But if you work with small volumes that require separation with the highest efficiency and accuracy, a vertical centrifuge is the best choice for you.
Also consider how powerful you want the rotating force to be and what your price range is. Horizontal centrifuges are typically the more economical option, making them a better choice for individuals or organizations where cost savings is essential. However, if you require a higher centrifugal force for faster and more efficient separation, vertical centrifuges are probably the better choice, although more costly.
Conclusion
In conclusion, practice of many fields like science; biotechnology and healthcare owes their important function to centrifugation. Choosing the right centrifuge for you requires consideration of samples you will be using, the desired separation process, and a budget that needs to be adhered to. Hengrui provides different kind of horizontal and vertical centrifuges to satisfy the practice of various industries.