Overview
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If you work in a laboratory, you know that accuracy and precision are key to any experiment's success. You need to measure small quantities of liquids with precision to get accurate results, and for that, you need an air displacement pipettor.
An air displacement pipettor is a precision instrument used in laboratories to measure and transfer small volumes of liquid accurately. This pipettor uses a piston to create a vacuum that draws a measured amount of liquid into a disposable tip, which can then be dispensed into a receiving vessel. The air displacement pipettor is a versatile tool that can be used in a wide range of applications, including biology, chemistry, and medical research.
The air displacement pipettor has three main components: the piston, the disposable tip, and the volume adjustment dial. The piston creates a vacuum that draws liquid into the disposable tip when the plunger is depressed. The volume adjustment dial allows the user to adjust the volume of liquid dispensed.
To use the air displacement pipettor, you need to first select the appropriate disposable tip size. The tip is then inserted into the pipettor, and the volume adjustment dial is set to the desired volume. The pipettor is then depressed to draw the liquid into the tip, and the liquid is dispensed by releasing the plunger.
One of the most significant advantages of using an air displacement pipettor is its accuracy and precision. These pipettors are designed to deliver consistent and precise volumes of liquid, which is crucial in many laboratory applications. The air displacement pipettor's accuracy and precision are achieved through its unique design, which creates a vacuum to draw the liquid into the tip and a volume adjustment dial that allows for precise volume settings.
Unlike other types of pipettors, such as the positive displacement pipettor, the air displacement pipettor does not require a positive displacement seal. This makes it easier to use and ensures greater accuracy and precision. Additionally, air displacement pipettors are less prone to contamination, as they use disposable tips that are discarded after each use, eliminating the risk of cross-contamination.
When it comes to selecting the right air displacement pipettor for your laboratory, several factors need to be considered. The volume range, tip compatibility, and ease of use are all important factors to consider when choosing an air displacement pipettor.
The volume range of the pipettor should be suitable for the volumes you typically work with in your laboratory. If you work with small volumes, you may want to consider a micropipettor with a low volume range. On the other hand, if you work with larger volumes, a pipettor with a higher volume range may be more suitable.
Tip compatibility is another important factor to consider when selecting an air displacement pipettor. Not all tips are compatible with all pipettors, so it's essential to choose a pipettor that is compatible with the tips you typically use.
Ease of use is also a critical factor to consider. An air displacement pipettor that is easy to use will save time and increase productivity in the laboratory. Look for pipettors with ergonomic designs that are comfortable to use for extended periods.
If you're looking for an accurate and precise way to measure and transfer small volumes of liquid in your laboratory, the air displacement pipettor offered by keyto global services is the tool for you. With its unique design, it guarantees accuracy and precision, making it an essential tool in any laboratory.
