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Showing posts from August, 2026

Single Use Mixers BioMax Nexo | Bioprocess Mixing Systems

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BioMax NEXØ Single Use Mixers are engineered for efficient, contamination-free mixing of biopharma buffers, media, intermediates, and product holds. Featuring a magnetically coupled, bottom-mounted impeller integrated with sterile 3D mixing bags, the system delivers fast, predictable mixing without mechanical shaft seals. Available in 50 L to 1000 L working volumes, NEXØ systems offer optional jacketed vessels for temperature control and load cell integration for precise gravimetric operations. Designed for upstream and downstream applications, they support rapid batch changeover while maintaining GMP compliance. Why BioMax® Nexø® Single Use Mixers ? BioMax® Nexø® Single Use Mixer is an advanced aseptic mixing solution designed for the preparation of biopharmaceutical buffers, media blending, intermediate processing, and product storage applications. Designed for efficient single-use bioprocessing, the system combines a magnetically coupled, bottom-mounted agitator with a sterile 3D s...

Single Use Flask Assemblies for Sterile Cell Culture | Biomax

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The Erlenmeyer flask has powered cell culture for decades. It is familiar, dependable and easy to use. But it comes with one persistent weakness. Every time you unscrew the cap, sterility is at risk. You open the flask to add media. You open it to inoculate cells. You open it again to take a sample. Each step exposes your culture to the environment. Each step increases contamination risk. That is why many scientists are moving to Single Use Flask Assemblies . These systems combine the simplicity of a traditional flask with the security of a closed system. They let you inoculate, feed, sample, and transfer without opening the vessel. The result is better sterility, less handling, and smoother scale-up. BioMax has engineered its Single-Use Flask Assemblies to meet these exact challenges. Let’s see how these single-use flask assemblies are designed for safe and scalable cell culture, microbial fermentation, and media preparation, and contamination-free performance from research to product...