ART® Non-Filtered Low Retention Tip ART 20 Size 20µL | Sterile Pipette Tip | High-Performance Laboratory Solutions

REF #: 3386329
Short description

ART® Non-Filtered Low Retention Tip ART 20, Size 20μL, Reload Tower, Sterile is a high-quality, sterile product ideal for extensive laboratory use. Key features include:

  • Non-Filtered Design: Ensures low retention, making it perfect for precise measurements.
  • Size: 20μL. Enables exact quantity extraction, ideal for scientific applications.
  • Reload Tower: Promotes easy access and storage, increasing efficiency.
  • Sterility: Ready to use product, ensuring safety and preventing cross-contamination.
  • Cross-Contamination Prevention: Provides an aerosol barrier, minimizing risk of sample contamination.
Quantity :
  • E-commerce Store Punjab
    India India 2025 years
Description

Presenting the ART® Non-Filtered Low Retention Tip ART 20 of size 20µL, which comes with a Reload Tower and is Sterile. It's an optimally designed pipette tip for precise pipetting needs in diverse applications, from molecular biology, clinical diagnostics to various laboratory practices such as PCR and qPCR experiments. With its low retention tip design, you get maximum liquid recovery, thus ensuring utmost efficiency and accuracy. This product's uniqueness lies in its effective aerosol barrier system which provides robust protection from harmful aerosols, securing not only you but also maintains the integrity of your samples by preventing cross-contaminations. The convenience of its handled reload tower amplifies your experience by providing a quick and easy access to the tips, thereby saving valuable time and effort. This product comes in ready-to-use sterile form, removing the necessities of sterilization procedures. Being non-filtered and composed of a proprietary polymer blend gives it exceptional performance and durability. A special surface treatment offers low retention characteristics minimizing sample loss for optimal liquid recovery and is especially beneficial in applications involving low sample volumes or expensive reagents. For more details, access the following link: [Z743789](https://www.example.com/Z743789)

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