I. Core Advantages of High-quality Pipette Tips (The Key to Achieving Ideal Pipetting

High precision and extremely small error

with high-precision molds, with a smooth inner wall without liquid retention (reducing liquid residue). The deviation of the pipetting volume is ≤±1%, and the repeatability (CV value) is ≤0.5%. It is suitable for pipetting requirements ranging from micro volume (1μL) to large volume (1000μL).

The pipette tip and the pipette barrel are tightly sealed without any air leakage, ensuring that the liquid does not flow back or leak during the pipetting process.

Material safety, compatible with various samples

Made of medical-grade polypropylene (PP), it is free of DNA enzymes, RNA enzymes and pyrogens, avoiding contamination of sensitive samples such as nucleic acids and proteins.

Special treatment models (such as filter cartridge tips, low adsorption tips) : Filter cartridge tips can prevent aerosol cross-contamination, while low adsorption tips (with hydrophobic coating on the surface) are compatible with easily attached reagents such as alcohol and DMSO, further enhancing the accuracy of pipetting.

Reasonable structure and convenient operation

The tip of the pipette is slender and tough, allowing it to reach the bottom of microcentrifuge tubes, 96-well plates and other containers for precise liquid aspiration without residue.

The tail design fits the pipette barrel perfectly, allowing for smooth insertion and removal without the need for excessive force and reducing operational fatigue.

Batch stability and controllable quality

Before leaving the factory, it undergoes strict quality inspection (dimensional accuracy, sealing performance, and cleanliness testing), with small differences between batches to ensure the repeatability of experimental results.

Some products offer sterilization certification (such as gamma-ray sterilization), which can be directly used in aseptic experimental scenarios, saving pretreatment time.

Ii. Adaptation Scenarios (All scenarios requiring precise pipetting)

Scientific research experiments: Molecular Biology (PCR amplification, nucleic acid extraction), cell culture, protein quantification, chemical synthesis;

Medical laboratory tests: clinical biochemical testing, immunoassay, microbiological identification, blood sample processing;

Food/environmental testing: Pesticide residue testing, heavy metal analysis, water quality monitoring;

Others: IVD reagent production, drug research and development, forensic testing, etc.