Single Use Bioprocessing| Single Use Technology| Single-Use Systems
EZBio® Square Bottle, 1L, Polycarbonate (PC), Sterilized, 38-430mm Versacap®, 12/pk
1000mL Bottle Top Filters | Foxx Life Sciences
Laboratory Products and Bioprocess Consumables – Foxx Life Sciences
Sterile Bottles| Sterile Media Bottles| Single-Use Glass Bottles
EZFlow® PES Membrane Disc Filters
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www.foxxlifesciences.com/collections/single-use-bioprocess
Foxx Life Sciences offers single use systems for bioprocessing industry and single use technology in pharma, and biomanufacturing products at an affordable price. Add reliability and flexibility coupled with lowest lead times with our products that are manufactured in ISO 13485 certified, ISO Class 7 Cleanroom, and FDA Registered company.
www.foxxlifesciences.com/products/ezbio-square-bottle-1l-pc-sterilized-38-430mm-versacap-12-pk
EZBio® Square Single Use Media Bottles feature a leak-proof design and revolutionary VersaCap® technology. Foxx offers the most cost-effective product on the market. EZBio® Square Bottles can be used for sampling, sorting media, biologicals, and many other aqueous solutions. Foxx EZBio® Square Single Use Media Bottles
www.foxxlifesciences.com/collections/1000ml-autofil
Filter features an asymmetric PES membrane with low protein bond and surfactant-free emulsions. Browse Now!
www.foxxlifesciences.com/
Foxx Life Sciences offers product solutions for Single use bioprocess custom assemblies, needle, bag, filter, carboy and bottle assemblies; laboratory products for drug discovery and development for biomanufacturing.
www.foxxlifesciences.com/collections/ezbio-bottles
Foxx Life Sciences offers the widest range of EZBio® Sterile Media Bottles and Single-Use Glass Bottles with a variety of sizes, cap options, and materials.
www.foxxlifesciences.com/collections/ezflow-pes-membrane-disc-filters
Foxx’s EZFlow PES Membrane Disc Filters are ideal for microbiological and life science applications. These membranes are hydrophilic, low protein binding and provide super-fast flow rates and high throughput when filtering media, buffers, and other such filtrates.