Disposable Low Adsorption Pipette Tips

Disposable low adsorption pipette tips are specialized laboratory tools designed to minimize the retention of liquids on their surfaces, ensuring accurate and efficient liquid handling. These tips are particularly useful in applications involving viscous or sticky samples, such as proteins, enzymes, and nucleic acids.

• Tips are made of medical-grade polypropylene, and filters are made of highly hydrophobic UHMWPE
• Filters prevent cross-contamination and damage to samples and ensure accurate and precise sample
• aspiration, and protect the user by preventing sample liquid or vapour from entering the pipette body
• Standard filter tips and low-adsorption-treated filter tips available in all sizes
• Low-adsorption treated tips undergo a coating-free treatment and will not contaminate samples
• All filter tips are autoclavable
• Available in racked package (sterile) and bulk package (non-sterile)

Technical Parameters: Pipette Tips

What is a Pipette Tip?

A pipette tip is a small, disposable attachment made of molded plastic that fits onto the end of a pipette. It is designed for the precise uptake and dispensing of liquids in laboratory settings. Pipette tips come in various sizes and types, allowing scientists to select the appropriate tip for their specific liquid handling needs.

What Are Low Adsorption Pipette Tips?

Low adsorption pipette tips, often referred to as low retention or low binding tips, are specialized pipette tips designed to minimize the adhesion of liquids to their surfaces. This feature is particularly beneficial when handling viscous materials, such as proteins, enzymes, and other biological samples that tend to stick to standard pipette tips.

What materials are low adsorption pipette tips made from?

These tips are typically made from polypropylene with enhanced hydrophobic properties to reduce liquid retention.

How are low adsorption pipette tips manufactured?

They are produced using advanced molding techniques that create a smooth, hydrophobic surface on the tip to minimize liquid adhesion.