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Utilization of MFC in Biopharmaceutical Manufacturing 1

ITWジャパン

ITWジャパン

In the manufacturing process of active pharmaceutical ingredients for biopharmaceuticals, including antibody drugs and vaccines, the goal is to culture and scale up biological entities such as viruses and cells, necessitating the creation of an environment conducive to the survival of the target organisms. The research and development department continuously seeks the optimal conditions for each type of cell or virus, which involves adjusting the flow rates of air, oxygen, nitrogen, and carbon dioxide to achieve optimal concentrations. Additionally, it is crucial to maintain a stable environment by adjusting the flow rates of each gas in response to monitoring results of pH and dissolved oxygen concentration. Particularly for oxygen, even small flow rates can lead to a rapid increase in dissolved oxygen concentration, requiring precise control of the flow rates. The SLA5800 series has a proven track record in many culture devices and facilities, continuing from the previous generation 5800E/i series, and is a stable product line with a large number of units shipped and consistent maintenance continuity. ITW Japan Co., Ltd. Brooks Instrument

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Utilization of MFC in Biopharmaceutical Manufacturing 1
The BROOKS SLA5800 series has a proven track record in many culture devices and facilities, continuing from the previous generation 5800E/i series, and is a product line that is stable in terms of maintenance continuity and large in terms of shipment volume.
Utilization of MFC in Biopharmaceutical Manufacturing 2
The EtherNer/IP model allows for relatively easy implementation of specification changes from standalone control to recipe control when scaling up a system built at the desktop laboratory level to manufacturing level.

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Thermal Mass Flow Controller / Mass Flow Meter "SLA5800 Series"

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