Cost-Effective Erlenmeyer Flasks

Versatile, cost-effective Erlenmeyer flasks

Discover the perfect combination of versatility and affordability with our high-quality Erlenmeyer flasks, designed to meet all your suspension cell culture and storage needs. Designed to accommodate a variety of cell types, including bacteria, fungi, animal and plant cells, these flasks offer a reliable and efficient solution for your research. Not only are our disposable flasks more convenient than traditional alternatives such as culture plates and dishes, they are also a cost-effective option.

Key features :

Made from medical polycarbonate (PC) meeting ISO10993 USP (661) requirements.
High transparency, high impact strength, oxidation resistance and can withstand temperatures up to 121°C.
Have a clear, accurate scale on the outside for easy volume reading.
Offer optional sealed or vented caps with a 0.22μm PTFE membrane, ensuring air permeability and contamination-free gas exchange.
Manufactured in our own GMP workshop, ensuring consistent quality, stable supply and cost control.
DNase/RNase-free, pyrogen-free and precipitation-free for enhanced purity.
Individually packaged and radiation sterilised to the highest sterility assurance level (SAL) of 10-6.
Ideal for small-scale development, cell culture scale-up and various training stages.
Available in sizes ranging from 125 ml to 5 L, meeting a variety of research needs.

Experience the convenience, reliability and cost-effectiveness that our Erlenmeyer flasks bring to your scientific work. Enhance your research with a solution designed to meet the demands of modern laboratories.

Our high-quality Erlenmeyer flasks are the perfect solution for all your cell suspension culture and storage needs. Designed to hold bacteria, fungi, animal and plant cells, these versatile flasks are a reliable and efficient tool for your research. What's more, our disposable flasks are not only more practical than traditional flasks, plates and dishes, they're also more economical.

Large Volumetric Erlenmeyer

Medium Volumetric Erlenmeyer

Small Volumetric Erlenmeyer