Inefficient workflows lead to slowdowns in fluid transfers. It can sometimes be a light bulb moment when streamlining to purely solution-oriented approaches. To keep biomanufacturing flowing efficiently, automated fluid management solutions that homogenize, cool and fill liquids into single-use bags boost productivity and save time and money in liquid transfer processes.
Close the gap in biomanufacturing
Biopharmaceutical manufacturing is a technologically advanced industry with sophisticated bioprocessing steps. However, significant gaps exist in fluid and cold chain management between these processes. Single Use Support focuses on closing these gaps with innovative solutions, bringing enhanced independence, efficiency, and safety to biomanufacturing.
Forget about isolators
Case Study: Switching from manual vial to automated bag filling
To improve safety and productivity, a mid-size biotechnology company wanted to move from manual vial filling in isolators to automated single-use bag filling. No solution provider in the industry could provide filling platforms that could accurately dispense such small volumes into bags with the required precision.
Read our case study now to learn how RoSS.FILL CGT enabled unprecedented filling accuracy.
Our customers trust in us
Missing independence in biomanufacturing?
Dependence on suppliers and the (un)availability of sterile single-use bags and assembly components can jeopardize production continuity and process constraints. Vendor-independent single-use systems help manufacturers break free from imposed or siloed fluid and cold chain management processes.
Missing safety in biomanufacturing?
The road to safe, high quality product manufacturing can be stormy. It becomes particularly uncomfortable when product quality is threatened by external factors, such as when the freezing process of your product is uncontrolled. Achieving protein stability and high cell viability with solutions that can control freeze-thaw cycles is a great relief in ensuring a safe cold chain management.
