Serological pipettes are commonly used in various laboratory applications that require accurate and precise transfer of liquid volumes. Some common applications of serological pipettes in the laboratory include:

1.Cell culture: Serological pipettes are used to dispense precise volumes of media, buffers, and other solutions in cell culture applications.

2.Microbiology: Serological pipettes are used to transfer precise volumes of bacterial or viral suspensions, growth media, and other solutions in microbiology applications.

3.Biochemistry: Serological pipettes are used to dispense precise volumes of reagents, enzymes, and other solutions in biochemical assays and experiments.

4.Immunology: Serological pipettes are used to transfer precise volumes of antibodies, antigens, and other solutions in immunoassays and other immunological experiments.

5.Molecular biology: Serological pipettes are used to transfer precise volumes of DNA, RNA, and other nucleic acid samples in molecular biology experiments, such as PCR and DNA sequencing.

6.Hematology: Serological pipettes are used to transfer precise volumes of blood samples, plasma, and other solutions in hematology applications, such as blood typing and counting.

7.Clinical diagnostics: Serological pipettes are used to transfer precise volumes of patient samples, such as serum, urine, and saliva, in clinical diagnostic tests.

Overall, serological pipettes are versatile laboratory tools that are widely used in various research, diagnostic, and industrial applications that require accurate and precise liquid handling.

1. Serological pipette are made from High-grade polystyrene which are excellent for clear observation and reducing liquid attached on the pipet surface to assure accurate delivery. 2. It can be used in cell and tissue culture, bacteriological, and clinical research. 3. Sterilized by E-beam radiation, non-pyrogenic, non-cytotoxic, non-haemolytic. 4. Graduations are calibrated for accurate dispensing to within ±2%. 5. One piece construction for 1ml/2ml/5ml.