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The ePILOT® TFF system is a pilot-scale tangential flow filtration equipment designed for demanding bioprocessing product recovery and purification for every biotech industry, complementing and enhancing the efficiency of the overall process. As standard, it includes a 50L tank and, it allows a maximum filtration performance of 2.5 square meters of total membrane surface area using Membrane Cassette and 6.5 square meters of total membrane surface area using Hollow fiber.
ePILOT® TFF offers efficient and reliable filtration, high flow rates, high solute retention, and advanced features for optimal performance during downstream processing. Other stainless-steel vessel sizes (50 up to 200 liters) are available upon request, offering scalability to suit different processing needs. Additionally, the system is fully automatic by default, utilizing differential pressure, transmembrane pressure, or crossflow as control regulation for process concentration and diafiltration.
This equipment contributes to the efficiency of the overall bioprocess upstream and downstream processes, ensuring the successful transition between these two crucial stages with a user-friendly interface and a compact design for easy integration into existing pipelines. The ePILOT® TFF advanced system includes a variety of operational modes such as TMP, concentration, diafiltration, and water flux test modes, making it highly versatile for different bioprocessing requirement.
Using a scalable membrane area from 0.5 to 2.5 m², the cassette filtration in the ePILOT® TFF is designed for precision and efficiency. The cassettes are engineered for durability and performance, ensuring consistent results even under demanding processing conditions.
The hollow fiber system, with a membrane area ranging from 0.1 to 6.5 m², excels in handling high-volume throughput. Known for its high flow rates and effective separation, this technology is particularly suitable for large-scale bioprocessing tasks, allowing for efficient processing, maintaining high-quality standards while maximizing productivity.
