Non-Filtered Low Retention Pipette Tip in Reload Tower

Non-Filtered Low Retention Pipette Tip in Reload Tower

Non-Filtered Low Retention Pipette Tips in Reload Towers are precision-molded pipette tips designed to minimize liquid retention on the inner surface, improving accuracy and reproducibility—especially for viscous or low-volume samples. The reload tower system offers a space-saving, eco-friendly alternative to traditional racked tips by allowing users to reload racks with minimal plastic waste.

Specifications:

• Tip Type: Non-filtered (no aerosol barrier)

• Retention: Low-retention surface treatment or proprietary plastic blend

• Volumes Available: Typically in 10 µL, 20 µL, 100 µL, 200 µL, 1000 µL, and 1250 µL ranges

• Material: Virgin polypropylene (RNase-, DNase-, pyrogen-free)

• Compatibility: Universal fit for most air-displacement pipettes (check brand fit)

• Packaging: Reload tower or stackable refills for hinged racks

• Sterility: Available sterile or non-sterile

• Graduated Markings: Some models feature volume marks for visual control

Uses:

• Molecular biology and genomics: Precise pipetting of enzymes, DNA/RNA, reagents

• Biochemistry: Sample transfers of protein solutions or detergents

• Pharmaceuticals: Handling viscous drug formulations or standards

• Clinical and diagnostic labs: Sample prep and reagent addition

• Environmental and food labs: Consistent aliquoting of liquid samples

🔍 Features (Bullet Points):

• ✅ Low-Retention Technology: Maximizes sample recovery and accuracy

• ✅ Non-Filtered for Standard Applications: Ideal for non-contamination-sensitive tasks

• ✅ Reload Tower Format:

  • Saves storage space

  • Reduces plastic waste

  • Allows fast rack reloading

• ✅ Universal Compatibility: Fits most pipettes (Rainin, Eppendorf, Gilson, etc.)

• ✅ Autoclavable (non-sterile tips): For repeated sterilization

• ✅ RNase-/DNase-Free: Safe for molecular biology work

• ✅ Crystal-Clear Polypropylene: Easy visualization of liquid volume

• ✅ Secure Fit: Prevents dripping or air leakage during use