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Centrifuge Tube

Centrifuge Tube

A centrifuge is a device that works by spinning a container at a high speed, causing the heavier particles to settle towards the bottom of the tube and lighter ones to rise up. Centrifuges can be used for biphasic separation where different layers form in the centrifuge tube. The ratio between these layers is dependent on the properties of the solvents, solutions or suspensions that are being separated. Find out what else they can do in this article!

Ref. No.: Description: Volume: Qty Cs. :
NML323 Centrifuge tube (Screw cap) 10ml 1800
NML324 Centrifuge tube (Screw cap) 15ml 1800

What is a Centrifuge Tube?

A centrifuge tube is a small, cylindrical container that is used to hold samples during centrifugation. Centrifugation is a process in which a sample is spun at high speeds in order to separate out its different components. Centrifuge tubes come in a variety of sizes and can be made from different materials, such as glass or plastic. They typically have screw-on caps that allow for easy opening and closing. Centrifuge tubes are an essential piece of equipment for many laboratories, as they provide a quick and easy way to isolate different components of a sample.

How is it Used in the Laboratory Setting?

A centrifuge tube is a small, cylindrical tube that is used in laboratory settings to separate different substances. The centrifuge tube is placed in a centrifuge, which is a machine that spins the tube very quickly. This spinning causes the heavier substances to settle to the bottom of the tube while the lighter substances stay at the top. Centrifuge tubes are used in many different settings, including medical laboratories, research laboratories, and industrial laboratories. They can be used to separate blood cells from plasma, to purify proteins, or to extract DNA. Centrifuge tubes are also used in environmental testing to separate different types of particles in water samples. What Are the Different Types of Centrifuge Tubes? There are several different types of centrifuge tubes, including glass centrifuge tubes, plastic centrifuge tubes, and metal centrifuge tubes. Glass centrifuge tubes are the most common type of centrifuge tube and are made of borosilicate glass, which is a type of heat-resistant glass. Plastic centrifuge tubes are less common than glass centrifuge tubes and are made of polypropylene or polyethylene. Metal centrifuge tubes are the least common type of centrifuge tube and are made of stainless steel.

What are Some Benefits of Using A Centrifuge Tube?

A centrifuge tube can offer many benefits for your lab. It can help you to save time and money while also providing accurate results. One benefit of using a centrifuge tube is that it can help you to save time. This is because a centrifuge can quickly and easily separate different substances in a sample. This means that you won’t need to spend as much time on preparation and cleanup. Another benefit of using a centrifuge tube is that it can help you to save money. This is because a centrifuge can be used multiple times before it needs to be replaced. This means that you won’t have to keep buying new supplies as often. Finally, a centrifuge tube can provide accurate results. This is because a centrifuge can spin at high speeds, which helps to ensure that the results are accurate.

What are Some Drawbacks of Using A Centrifuge Tube?

There are a few potential drawbacks to using a centrifuge tube that you should be aware of before using one in your lab.


First, if the centrifuge tube is not properly sealed, there is a chance that contents could leak out during the centrifugation process.


Second, if the tube is not properly balanced, it could cause the centrifuge to vibrate excessively and potentially damage delicate samples.


Finally, if the centrifuge tube is not made of shatter-proof material, there is a risk that it could break during centrifugation and release harmful particles into the lab environment.

Centrifuge tube uses, If all of your samples are of similar density, then both the mass and volume of samples will match. In this case, it’s possible to fill tubes based on sight. That being said, it’s better to weigh tubes to be sure. If the density of some sample materials is different from that of others, mass needs to be considered and not volume. After all, the concept of balance that we’re discussing here hinges on mass. Note that when it comes to volume, manufacturers will often specify how full a tube can be, for example, not more than two-thirds full.

Centrifuge Tube

Researchers and scientists have been using centrifuge tubes since their invention in 1938. These tubes have become a necessity for laboratories all across the world. With their fairly simple design, centrifuge tubes have the ability to be used for a plethora of applications. Nexgen Medical To assist scientists in their research, modifications to the original centrifuge tubes have been developed. These centrifuge tubes are designed to be specialized for specific applications. Below is a review of the standard centrifuge tubes, large-volume centrifuge tubes, Centrifuge tube uses, and black centrifuge tubes Centrifuge Tube

Centrifuge Tube Uses

When people think of centrifuge tubes, their first thoughts go to the 15mL and 50ml centrifuge tubes. Generally manufactured with polypropylene and designed to be optically clear, Centrifuge Tube these tubes come in several different types of packaging. Either arriving sterile or non-sterile, the centrifuge tubes can be packaged in bulk or racked. The ability to personalize the standard tubes in this manner is what makes them so versatile.  The 15 and 50mL  tubes can be used to store samples, fractionations, pelleting, and of course centrifugation.

Plain Centrifuge Tube

While all 15 and 50mL centrifuge tubes have similar features. There are a few specific attributes you should consider before purchasing, including their maximum centrifugations force and temperature ranges. For example, the 15mL centrifuge tubes and the 50 mL centrifuge tubes from CELL TREAT can both withstand temperature ranges between -80°C to 120°C. But the 15mL  tube has a max force of 12000 g, while the 50 mL tube has a max force of 16000 g.