Serological pipettes may be required for laboratories performing transfers involving large volumes of liquids. These are laboratory tools for temperature calibration and come in different sizes and forms. Each pipette is designed to perform a well-defined function and provide a wide range of applications. They come in a variety of materials, including plastic and glass. Some of these are designed to be reusable, others are called sterile pipettes and are designed for experiments in spaces free of contamination.
Serological pipettes are frequently used in laboratories to transfer milliliter volumes of liquids, from less than 1 mL to as high as 50 mL. Pipettes can be sterile, plastic, disposable or sterilizable, glass and reusable. Both pipettes use a pipette aid to aspirate and dispense liquids. Pipettes of different sizes can be used with the same pipette aid for various experimental analyses. For example, serological pipettes can be used to mix chemical solutions or cell suspensions, transfer liquids between containers, or carefully layer reagents of different densities. With careful attention to the level of fluid being aspirated and dispensed, serological pipettes can be useful tools for transferring accurate milliliter volumes of solutions in the laboratory.
Serological pipettes produced by the professional serological pipette manufacturer are ideal for transferring liquids between containers, layering reagents of different densities, or mixing chemical solutions. These procedures require dispensing and aspirating liquids in various steps and careful attention to measurements. This means you will need a product that is accurate to the milliliter.
Serological pipettes are now even used in the food industry. In addition to laboratories, the industry requires precise measurements of liquids. The serological pipette is beneficial in the following ways: it is optically optimized; the serological pipette improves the accuracy of volume quantification; obtains clear ascending and descending scales. The scale on the serological pipette is at the end of the pipette tip. The tip also has a rubber ball attached, allowing you to blow out excess solution with the help of air or gravitational pressure.
These pipettes are also called blow-out pipettes and are marked with two rings. In order to blow out and capture all the liquid present in the solution, air pressure should be applied using the attached bulb on the blow-out pipette. Non-blowout pipettes contain a ring that allows the entire tip to drain.
