10mL Anti-spill Serological Pipette, Sterile, Individually Paper-Plastic Wrapped, Bagged

Serological pipettes are primarily used for transferring liquids, mixing solutions, and performing aseptic operations. These functions make them indispensable tools in cell culture, clinical diagnostics, and general laboratory workflows.

All GMP-grade serological pipettes are manufactured in strict accordance with GMP standards, ensuring exceptional sterility and safety.

Each GMP-grade serum pipette is individually packaged in a medical-grade triple-layer bag to ensure sterility and safety during transportation and storage.

To ensure quality, GMP-grade serological pipettes are produced using high-quality materials in a Class 100,000 cleanroom, adhering strictly to GMP standards.

Short serological pipettes are approximately 30% shorter than standard models, offering greater maneuverability in confined spaces such as biosafety cabinets. Their compact design also improves handling stability, enabling more precise and controlled pipetting operations.

Yes, each pipette is equipped with an integrated filter plug that helps prevent aerosol and liquid backflow, effectively reducing the risk of sample contamination.

A wide-bore serological pipette features an enlarged inner diameter at the tip, allowing for gentler handling of viscous liquids or fragile biological samples.

They are commonly used for transferring: Viscous liquids (e.g., serum, glycerol, culture media). Fragile cell suspensions (e.g., PBMCs, stem cells). Beads or particles in suspension. Shear-sensitive samples in tissue or organoid culture.

The wider tip reduces shear stress during aspiration and dispensing, minimizing cell damage and improving viability—especially important for delicate or clumped cells.

Yes. Despite the wider opening, they are manufactured and calibrated to meet the same volume accuracy and tolerance standards as standard serological pipettes.

Yes. Wide-bore pipettes are compatible with most manual and automated pipette controllers designed for standard serological pipettes.

Yes. Wide-bore pipettes are typically available sterile, individually wrapped, and equipped with integrated filters to prevent aerosol contamination and maintain aseptic conditions.

Ink-free pipettes do not have any printed ink markings or graduation lines on the glass or plastic surface. Instead, their graduations are formed by physical etching, embossing, or molded into the material to ensure no ink contamination risk.

Eliminate risk of ink leaching into samples, ensuring higher purity. More environmentally friendly and safer for sensitive experiments. Reduced risk of fading or smudging markings over time. Suitable for applications requiring extreme chemical compatibility and cleanliness.

Yes. The etched or embossed graduations provide clear, permanent markings that are highly visible under laboratory lighting conditions.

Generally, yes. The manufacturing process for ink-free graduations can be more complex, but this is offset by their advantages in contamination-sensitive workflows.

They are typically made from high-quality borosilicate glass, which offers excellent chemical resistance, thermal stability, and mechanical strength.

High chemical and heat resistance, suitable for harsh reagents and sterilization. Reusable after proper cleaning and sterilization, reducing waste. Clear and precise graduation markings that are resistant to fading. Environmentally friendly due to their recyclability.

Yes. Borosilicate glass pipettes withstand autoclaving without deformation or damage.

Handle carefully to avoid breakage. Avoid sudden temperature changes to prevent cracking. Inspect regularly for chips or cracks before use.