Sterile serological pipettes are long, thin tubes that are used to transfer small volumes of liquid in a laboratory setting. They are typically made from glass or plastic, and are designed to be disposable for the purpose of preventing contamination.

Sterile serological pipettes are commonly used in medical and scientific research, as well as in manufacturing and quality control. They are particularly useful for handling small volumes of liquid, such as those used in the preparation of samples for analysis or testing.

Sterile serological pipettes are typically calibrated in millimeters (mm) or microliters (μL) and are available in a range of sizes to suit different volume requirements. They are usually sealed in individual packaging to maintain their sterility, and are used with a pipette bulb or pipette pump to create suction and transfer the liquid.

It is important to handle sterile serological pipettes with care to prevent contamination and ensure accurate measurement. They should be handled using proper technique to avoid contamination, and should be properly disposed of after use to prevent the spread of infection or disease.

Independent paper plastic packaging Syringe Filter The Syringe filter is made of medical-grade polymer polypropylene (PP) and is used in conjunction with disposable syringes. It is mainly used for the filtration of small-volume samples, especially in the field of life sciences. Sterile filtration of samples such as proteins, buffers, drugs, etc. Feature *Efficient sterilization and filtration; *Provide different well paths to meet different experimental needs of customers; *There are many filter membrane options: polyethersulfone (PES), mixed cellulose (MCE), polyvinylidene fluoride (PVDF), organic Nylon and PTFE; *Different well diameter, marked with different colors, convenient for customers to distinguish the use; *The shell is made of medical-grade polypropylene, with precise structure design to ensure smooth filtration, reasonable internal space and very low residue rate, thus reducing the waste of samples; *No RNase, no DNase, no pyrogens; *Independent paper plastic packaging.