A serological pipette is an ideal tool for measuring the volume of serum or other biological fluids. It is easy to use because of its bi-directional graduation marks. These graduated pipettes can range from 1 to 50 ml, and feature generous negative graduation markings to increase the volume of the sample. The pipette is typically made from plastic or glass. Single-use polystyrene pipettes are also popular for safety reasons.
There are several types of serological pipettes. The commonly used sizes are the one and ten-ml types. You can also choose colour-coded pipettes with a negative scale to indicate how much fluid to draw from the sample. Many serological pipettes come with a fibre plug to prevent overfilling or cross contamination. Some pipettes are available in cases where multiple samples must be taken. If you're looking to save money, make sure to consider the different types of pipettes on the market.
The temperature-controlled serological pipette is a highly accurate laboratory tool. This instrument allows researchers to accurately dispense fluids without exposing them to unnecessary contamination. These pipettes come in three different sizes, each with their own advantages. They are ideal for mixing and transferring liquids of various densities, as well as for transferring large volumes of a variety of substances. There are sterile and disposable pipettes for different applications.
Saining Bio Scientific Serological Pipette is a convenient option for liquid-handling needs. Its sterile design and cotton plugged tip make it ideal for a variety of liquid handling applications. In addition to mixing chemical solutions, a serological pipette is used to transfer liquids with small increments. Its blow-out capability lets you quickly expel excess solution without compromising accuracy.
The serological pipette is an efficient way to mix liquids. Its graduations are positioned on the side to make it easier to mix reagents and cell suspensions evenly. It is also used to transfer colonies of cells and layer reagents for density gradients. For example, ficoll gradient is used to refine blood plasma and isolate cells. Hence, the serological pipette is a versatile tool in a laboratory.