Tangential Flow Filtration Systems

M1

• 5L vessel: Equipped with a 5-litre vessel suitable for various small-scale applications.
• Remote software control: Operate Rosita conveniently from your computer or phone with integrated remote control capabilities;
• Compact design: The Ml model features a smaller size, making it ideal for labs with limited space;

M1 PLUS

• 10L vessel: The M1 PLUS comes with a larger 10- litre vessel, offering greater capacity for your experiments;
• Integrated software: Access the integrated software effortlessly through the included Chromebook;
• Mobility: Mounted on a trolley, the MI PLUS can be easily moved around the lab and utilized with various equipment;
• Increased filtration area: Additional membrane surface supports both ceramic and hollow fibre filters, providing an expanded filtration area;
• Direct connection: Directly connect to your pilot fermenter ensuring efficient operation

• User-friendly design: All the components of the MS systems are easily accessible for maintenance tasks or manual operations involving a filtration process.
• Optimal quality and product integrity: MS systems incorporate pumping technology that is specifically adapted to the nature of the product, ensuring gentle and effective processing.
• Versatility in application-specific customisation: There are different operating modes depending on the variable that needs to be controlled (TMP, permeate flow, diafiltration volume, etc.). All MS systems can be designed to be operated at the mode set to the user's requirements.
• Adaptability: Membrane technology (tubular ceramic, hollow fibre, cassettes, spiral) integrated into MS systems that suits your application the best.
• Enhanced performance: MS systems are configured with the required flow transmitters to keep these parameters under control.
• Consistent filtration rate: MS systems can be equipped with optional cooling and/or heating capabilities via jacketed recirculation vessels and/or dedicated in-line heat exchangers to maintain the desired temperature throughout the process.
• High yield and concentration factor: MS systems are designed to minimize hold-up volume in these scenarios, which may involve integrating the recirculation vessel within the same skid as the TFF system to optimize performance.