Biopharmaceutical Single Use System Components
Single-Use BiocontainersAllegro™ 2D BiocontainersAllegro 2D biocontainers incorporate an innovative design with a simple and clear film structure that minimizes the possibility of extractables. With volume sizes from 50 mL to 50 L, Allegro 2D systems are ideally suited for a wide range of applications from upstream to filling providing a high degree of flexibility for your process. Allegro 3D Biocontainers Single-Use Capsule FiltersFluorodyne® EX Filter SeriesKleenpak™ capsules with Fluorodyne EX EDF grade membrane are fully validated, 0.2 μm sterilizing grade filters. This product has highly optimized throughput with an asymmetric 0.2 μm polyethersulfone (PES) prefilter over one layer of polyvinylidenefluoride (PVDF). Kleenpak™ Nova Single Use Capsule Filters Fluorodyne® II Filter Series |
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Supor® Filter Series
Supor EKV filters are validated sterilizing grade membranes for the most cost effective filtration of a wide range of liquids such as buffers, tissue culture media, and others.
Kleenpak™ TFF Capsules
The combination of Pall’s disposable capsule technology and tangential flow filtration (TFF) experience has resulted in the production of the Kleenpak TFF MF capsule, providing a single-use, cost-effective and easy-to-use TFF module for microfiltration applications such as cell clarification, cell concentration and cell harvest.
Single-Use Connectors
Kleenpak™ Sterile ConnectorThe single-use Kleenpak sterile connector allows for the dry connection of two separate fluid pathways, while maintaining the sterile integrity of both. Rigorously validated under worst-case conditions, you can be sure the connection remains sterile every time even outside a controlled air environment. Kleenpak sterile connectors are simple to operate and available in multiple sizes to give you the flexibility you need.
Single-Use Chromatography Components
Mustang® Chromatography CapsulesMustang ion-exchange membrane chromatography products offer a flexible solution in bioprocessing, with scalable devices that can be used either as single or multiple use. High volumetric flow rates lead to increased throughput, and the simple, easy-to-use compact design leads to reduced buffer consumption, and overall process economic improvements. Ideal for efficient contaminant removal and capture of large target molecules (plasmid DNA, viral vectors etc).



