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Bioland™ 15ml/50ml Membrane Reaction Tube - China Suppliers and Factory for Cell Culture and Serological Research

Introducing our high-quality suspension cell culture tubes, ideal for applications such as clonal selection, bacterial strain resuscitation, and small volume suspension culture, particularly in serological research where low protein adsorption is crucial. Manufactured in China by trusted suppliers, our tubes are designed to fit standard 15ml and 50ml centrifuge devices, ensuring compatibility across various laboratory setups, Crafted from USP Class VI medical-grade polypropylene, the tube body provides durability and reliability, while the cap, made from USP Class VI medical grade HDPE, offers high transparency for easy observation during experiments. The integrated belt scale enhances measurement accuracy, catering to all your laboratory needs, Equipped with a 0.22um PTFE membrane, our tubes allow for high dissolved oxygen levels, bacteria resistance, and excellent air permeability, making them perfect for sensitive applications. They are sterile, RNase/DNase-free, human DNA-free, non-pyrogenic, and non-cytotoxic, ensuring your research is conducted without contamination concerns, Our tubes can withstand high centrifugal forces, with a tolerance of 13,000xg for 15ml and 17,000xg for 50ml, making them suitable for rigorous laboratory work. Trust in our factory's commitment to quality as you choose the best solution for your cell culture needs

    More Details

    • 🧪 USP Class VI Medical Grade
    • 🔬 High Transparency
    • 🌬️ 0.22μm PTFE Membrane
    • 🛡️ Sterile & Endotoxin Free
    • 🌡️ High Temperature Resistance
    • 📏 Graduated Design

    This product is made of USP class VI medical grade materials, ensuring the safety and reliability of the product. Moreover, it also has high transparency, allowing you to clearly observe the growth of cells and make accurate judgments. In addition, bioland 15ml/50ml graduated biological reaction tube / shake tube is also equipped with 0.22um PTFE membrane, which enables the tube to obtain a high dissolved oxygen environment, thus promoting cell growth and reproduction. At the same time, the PTFE membrane can also effectively prevent external bacteria and pollutants from entering the tube, ensuring the accuracy and reliability of the experimental results. The materials used are also sterile, enzyme free, heat free, endotoxin free and cytotoxic.

    Not only that, bioland 15ml/50ml graduated bioreactor tube / shake tube also has a variety of convenient designs. First of all, it uses a graduated design, so that you can accurately control the volume of the culture medium. In addition, it also has good temperature resistance and can withstand high and low temperature environment, so that you can carry out smoothly under various experimental conditions.

    Product Specifications

    Order NO. Description Package
    ATS05-10-15 15ml,10mm,PTFE 10Pcs/Pk; 10Pk/Cs
    ATS05-12-50 50ml,12mm,PTFE 10Pcs/Pk; 10Pk/Cs

    Frequently Asked Questions

    Q What material is the 15ml/50ml bioreactor shake tube made of?
    The tube is made of USP Class VI medical grade materials, which guarantees biocompatibility, safety, and reliability for cell culture and biological reaction applications.
    Q What is the function of the 0.22μm PTFE membrane on the tube?
    The 0.22μm PTFE membrane allows the tube to maintain a high dissolved oxygen environment, which promotes cell growth and reproduction. It also acts as a barrier against external bacteria and contaminants, protecting the integrity of your experiment.
    Q Is the tube sterile and free from contaminants?
    Yes. The tube is manufactured to be sterile, enzyme-free, heat-free, endotoxin-free, and cytotoxic-free, ensuring the highest standards for sensitive biological and cell culture experiments.
    Q What sizes and configurations are available?
    Two configurations are available: ATS05-10-15 (15ml, 10mm, PTFE membrane) and ATS05-12-50 (50ml, 12mm, PTFE membrane). Both are packaged as 10 pieces per pack, 10 packs per case.
    Q Can the tube withstand extreme temperature conditions?
    Yes. The tube has excellent temperature resistance and can withstand both high and low temperature environments, making it suitable for a wide range of experimental conditions.
    Q How does the graduated design benefit cell culture experiments?
    The graduated design allows researchers to accurately measure and control the volume of culture medium. Combined with the tube's high transparency, it enables clear visual observation of cell growth and precise volume management throughout the experiment.